AREAS OF ACTIVITY - Physics & engineering sciences
analysis
application
atomic
chaos
collision
complex
computational
control
design
development
dynamic
electron
energy
engineering
experimental
field
fluid
high
interaction
ion
laser
magnetic
material
mechanic
method
model
network
nonlinear
nuclear
nucleus
optic
other
particle
phase
phenomenon
plasma
processing
property
quantum
reaction
science
semiconductor
signal
solid
spectroscopy
statistical
structural
structure
surface
technology
theoretical
theory
See All
AREAS OF ACTIVITY - Physics & engineering sciences
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2d
- 2D Dirac materials such as graphene
- 2D materials
- 2D materials, growth, scanning probe microscopy and nanolithography
- 2D self-assembly
- CVD production of 2D materials
- Deterministic 3D assembly: using buckling to fabricate 3D structures from 2D platforms
- Graphene and other 2D materials
- Graphene, diamene and 2D materials
- Growth morphology of 2D materials
- Mechanical properties of graphene and other 2D materials
- Nanomechanics of 1D and 2D materials
- Nanoscale thermal transport in Si phononic crystals and 2D transition metal dichalcolgenides
- Novel nanofabrication methods for 2D materials and biomedical applications
- Physics of 2D Dirac materials
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analysis
- Advanced discretization methods for fracture and fragmentation analysis
- Advanced thermodynamic analysis and modelling of solar thermal and photovoltaic applications
- Analysis of coupled processes between the unsaturated zone and the atmosphere
- Analysis of cultural heritage artifacts
- Analysis of electron emission in terms of photo-electron spectra and angular distributions
- Computational methods for life-time analyses of concrete and reinforced concrete structures
- Data analysis and signal processing
- Data analysis of rare events in environmental sciences and climatology
- Developing analysis techniques for various experiments
- Elemental trace analysis
- Engineered Cell Access and Analysis: Interfacing nanoengineering and medicine
- Experimental set-up simulation and data analysis: algorithms and software for experimental set-up simulation and data analysis
- Finite element analysis
- Fluctuation analysis in stock exchanges (econophysics)
- Fracture and damage mechanics, and fatigue analysis of engineering materials, components and structures
- Functional analysis
- Functional analysis, spectral theory
- Image analysis
- Inequalities in analysis
- Intelligent data analysis
- Life-cycle cost analysis and design of infrastructure systems
- Linear and nonlinear analysis of structures (beams, plates, shells, membranes, cables) under static and dynamic loads
- Linear and nonlinear analysis of viscoelastic plates and membranes modeled with multi-term fractional derivative models
- Mathematical analysis of SPM data
- Mathematical physics, analysis, probability
- Mechanical property analysis of non-oxide based ceramics
- Microstructure analysis of non-oxide based ceramics
- Model-based data analysis and data-based modelling
- Multi-Field analysis
- Multi-Scale analysis of materials and structures
- Qualitative analysis of hyperbolic systems
- Seismic structural analysis and design
- Stability analysis of earthworks
- Static and dynamic analysis of continuously nonhomogeneous functionally graded materials (FGMs) and structures
- Stochastic analysis
- Structural analysis and applied mechanics
- Structure analysis
- Thermal property analysis of non-oxide based ceramics
- Thermo/hydraulic/mechanical/chemical (THMC) analysis of the engineering behaviour of unsaturated soils
- Time-frequency analysis
- Tree ring elemental analysis
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application
- Advanced control applications
- Advanced thermodynamic analysis and modelling of solar thermal and photovoltaic applications
- Application of machine learning to nonlinear dynamics
- Application of nuclear structure physics to nuclear technology, particularly, nuclear transmutation for radioactive waste
- Applications in mechanical engineering:
- Applications of detection methods in environmental physics and medical imaging
- Applications of high intensity ion accelerators to fusion energy
- Applications of lasers in medicine
- Applications of new power devices
- Applications of stretchable electronics: integration with humanbody for health monitoring
- Applications of ultrashort laser pulses to non-linear optics
- Applications of ultrashort laser pulses to study of ultrafast processes in polymers and quantum confined systems
- Complex Hadamard matrices and applications
- Complex networks and its application in finance and biology
- Development of new detectors for applications in nuclear and high energy physics experiments
- Developments of picosecond lasers and applications to photo-physics and to photo-chemistry
- Extended systems: solids, liquids, Applications
- Fiber composites, with applications to car crashworthiness, ships and aircraft
- Hygrothermal effects, with applications to concrete
- Interdisciplinary applications of physics
- Low-temperature plasma applications
- Mathematical system theory and its applications
- Novel nanocomposites for electronic, photonic and nonlinear optical applications
- Novel nanofabrication methods for 2D materials and biomedical applications
- Nuclear astrophysical applications - r-process nucleo-cosmochronology
- Nuclear physics and applications
- Nuclear weak interactions and astrophysical applications
- Pair production in strong fields, applications to high-intensity lasers
- Positron physics - including production and application of low energy positron beams
- Power conditioning systems for fuel cells applications
- Quantum networks and applications
- Quantum sensors and applications
- The self-assembly, properties, and applications of photonic crystals
- Ultra-low temperature techniques and their applications for cosmology
- Ultrafast and ultra-intense lasers and applications
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astrophysics
- Astrophysics
- Experimental nuclear physics and nuclear astrophysics, with expertise in nuclear structure and nuclear reactions
- Explosive events in astrophysics (novae, X-ray / Gamma-ray bursts, type Ia / core collapse supernovae, neutron star mergers)
- Fluid dynamics in geophysics and astrophysics
- Indirect techniques for nuclear astrophysics
- Neutrino physics and neutrino astrophysics
- Nuclear astrophysics
- Nuclear astrophysics
- Nuclear astrophysics (light elements in the Universe, CNO cycle)
- Nuclear astrophysics using radioactive-ion beams
- Particle astrophysics
- Theoretical and computational astrophysics
-
atomic
- Atomic and molecular physics
- Atomic and molecular radiation physics
- Atomic beam apparatus (Rabie Type)
- Atomic collision mechanisms
- Atomic collisions in solids
- Atomic layer-by-layer molecular beam epitaxy (ALL-MBE)
- Atomic physics
- Atomic physics
- Atomic physics (cold atoms and Bose-Einstein condensation)
- Atomic structure and properties of inter-crystalline interfaces
- Atomic, molecular and optical physics
- Bose-Einstein condensation of atomic gases
- Bose-Einstein condensation, ultra-cold atomic gases
- Dense matter in supernovae, thermodynamics of atomic nuclei, nuclear collisions
- Nuclear and atomic physics and
- Physics of atomic scattering processes
- Theoretical quantum optics and atomic physics
- Theory of scanning tunneling and atomic force microscopy
- Ultra-cold atomic gases
- Ultracold atomic Fermi gases
- Understanding atomic nuclei
- Unitary atomic systems
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base
- Accelerator based particle physics
- Composition design of non-oxide based ceramics
- Crystal chemistry of non-oxide based ceramics
- Development of novel identification methods, mainly based on Cherenkov radiation
- Epitiaxial graphene based RF transistors
- Evidence based policy making
- Mechanical property analysis of non-oxide based ceramics
- Mechanics of materials: micro-scale plasticity theory based on dislocation models
- Microstructure analysis of non-oxide based ceramics
- Nanomechanics: continuum mechanics theory for nanostructures based on interatomic potentials
- Nanotechnology, solar blind nitride based UV detectors
- Optics of atomically thin quantum devices and emergent many-body physics based on layered materials heterostructures
- Phase relationships of non-oxide based ceramics
- Solid-state diffusion and kinetics, based on experimental, theoretical, and computer-simulation activities
- Thermal property analysis of non-oxide based ceramics
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beam
- Atom by atom fabrication by electron beams
- Atomic beam apparatus (Rabie Type)
- Atomic layer-by-layer molecular beam epitaxy (ALL-MBE)
- Beam dynamics
- Brilliant and monochromatic gamma beam ( 0.2-20 MeV) for Nuclear Structure
- Elastic, inelastic scattering and transfer reactions with nuclear (stable and radioactive) beams
- Generation if high phase space density ion beams
- Introduction of Beam Foil Auger Electron spectrometry
- Ion beam modification of materials
- Molecular beam epitaxy of semiconductors
- Molecular ion beam studies (Coulomb Explosion)
- Nanofabrication by nanoimprint lithography, electron beam lithography, dry etching and directed self-assembly
- Neutral beam injection
- Nuclear astrophysics using radioactive-ion beams
- Nuclear structure using radioactive-ion beams
- Physics of beams
- Plates with variable thickness, plates on elastic foundation, plates reinforced with beams
- Positron physics - including production and application of low energy positron beams
- Radioactive beams
- Radioactive ion beams: production (electro-fission; photo-fission; neutron-induced fission; fusion reactions) and acceleration
- Radioactive nuclear beam theory
- Reaction physics with stable and radioactive beams
- Resonance fluorescence in intense resonant laser beams
- Thickness optimization of beams and plates under conservative and nonconservative loads
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cell
- Cell Mechanics
- Cell locomotion in vitro
- Engineered Cell Access and Analysis: Interfacing nanoengineering and medicine
- Excitonic solar cells
- Fuel cell technology
- Microstructure evolution of Li-ion batteries and solid-oxide fuel cells
- Modelling salt and water transport across cell membranes and pumping epithelia
- New generation solar cells
- Power conditioning systems for fuel cells applications
- Solar cells
- Stem cells
- The science and technology of electrochemical devices, from sensors and fuel cells to batteries, supercapacitors, and actuators
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chaos
- Bifurcation and chaos
- Chaos
- Chaos
- Chaos and other phenomena
- Chaos and turbulence
- Chaos communication
- Chaos in impacting system
- Chaos recognition, control and synchronization
- Complex systems and chaos
- Control of chaos
- Controlling chaos
- Controlling chaos and communication with chaos
- Lattice: chaos, monopoles, non-extensive Monte Carlo
- Nonlinear dynamics and chaos
- Nonlinear dynamics and chaos in dynamical systems
- Nonlinear dynamics and classical chaos
- Nonlinear dynamics, bifurcation and chaos
- Nonlinear dynamics, quantum- and wave dynamical chaos
- Quantum chaos
- Quantum chaos
- Random matrices and quantum chaos
- Relativistic Quantum Chaos
- Stability and chaos
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circuit
- Analog and mixed-signal integrated circuit design
- Analog and mixed-signal integrated circuits
- Chaotic circuits
- Circuits and systems design
- Computer-aided design (CAD) of electronic circuits
- Design of ultra low power CMOS circuits
- Digitally-assisted analog circuit design
- Electrical circuits
- Future integrated circuits and systems
- Linear and nonlinear system and circuit theory
- Low-power Integrated circuits
- Low-power, low-energy electronic circuits
- Neuromorphic circuits and systems
- Nonlinear circuits and systems
- Nonlinear dynamic techniques for communication circuits
- Nonlinear function approximation for sensor circuits
- Testing of analog and mixed-signal integrated circuits
- Very Large Scale Integration (VLSI) circuit design
- Very large scale integration circuits
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collision
- Atomic collision mechanisms
- Atomic collisions in solids
- Collisions of nuclei at ultrarelativistic energies
- Construction and operation of large particle detector systems for studying electron-positron collisions
- Dense matter in supernovae, thermodynamics of atomic nuclei, nuclear collisions
- Formation and development of collective anisotropic flow in A+A collisions
- Freeze-out of hadrons in heavy ion collisions
- Hadronization and hadroproduction in high energy collisions
- Heavy Ion collisions
- Heavy flavor productions in high-energy nuclear collisions
- Heavy ion collisions and phenomenology
- Heavy ion collisions at ultra-relativistic energies
- High energy nuclear collision
- High-energy heavy-ion collisions
- High-energy nuclear collisions and emergent properties of QCD
- Hydrodynamic and thermal statistical models for relativistic A+A collisions
- Monte Carlo string models for the description of hadron-hadron and A+A collisions
- Phenomenology of high energy nuclear collisions
- Quantum collision theory
- Quark gluon plasma research in high energy nucleus-nucleus collisions
- Quark matter in heavy-ion collisions and in compact stars,
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions and Quark Gluon Plasma
- Relativistic heavy ion collisions and the nuclear equation of state
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communication
- 6G wireless communication networks
- AI-empowered networking and communications
- Applied mathematics in information processing, social media, communication
- Applying artificial intelligence to wireless communication networks
- Cellular mobile communications
- Chaos communication
- Communication networks
- Controlling chaos and communication with chaos
- Digital communications
- Machine learning for radio frequencies, wireless communications and radars
- Multimedia communications
- Nonlinear dynamic techniques for communication circuits
- Optical communication
- Optical communications
- Quantum communication
- Quantum communication (state transfer, quantum key-distribution)
- Quantum communications
- Satellite communication of video and audio signals
- Wireless communications
- Wireless communications
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complex
- Complex Fluids
- Complex Hadamard matrices and applications
- Complex correlated materials
- Complex molecular rotors and switches
- Complex network sciences
- Complex networks
- Complex networks
- Complex networks and its application in finance and biology
- Complex networks dynamics
- Complex networks structure
- Complex oxides, high-temperature superconductors
- Complex systems
- Complex systems
- Complex systems and chaos
- Complex systems and networks
- Coupled systems and complex networks
- Coupling hydrosystem compartments and complex flow and transport processes
- Dynamics of complex systems, especially finite fermion systems (nuclei, nano-particles)
- Emergent dynamics of large complex systems
- Modeling and control of complex industrial processes
- Modeling of complex networks
- Multiphase flow and complex fluids
- Nonlinear and complex dynamical systems
- Nonlinear and complex dynamical systems
- Nonlinear dynamics and complex systems
- Selforganization in complex nonlinear systems
- Statistical physics of complex systems
- Statistical physics, Granular media, Complex systems, Random networks and Neural networks
- Statistical physics, fractal growth, self-organized criticality and complex structures
- Structure and dynamics of complex networks
- Theory of complex systems
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composite
- Band structures (pass-bands and band-gaps) and wave control in phononic crystals or periodic composite materials/structures
- Carbon nanotube composites
- Composite fermions
- Composite materials
- Composite materials and composite structures
- Composite materials and reinforced earth structures
- Composite materials and structures
- Composites
- Damage mechanics of fiber composites
- Fiber composites, with applications to car crashworthiness, ships and aircraft
- Interfacial phenomena in metal-matrix or ceramic-matrix composites
- Mechanics of composite materials
- Mechanics of composites materials
- Metal matrix composites (Ti-SiC fibre and Al particulate)
- Micromechanics of advanced composites and their interfaces
- Multiscale models for porous materials and fiber reinforced composites
- Stress/Strain measurements in crystalline materials and composites
- Structural, mechanical and spectroscopic characterization of polymers and composites
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computational
- Computational Physics with focus on method development
- Computational acoustics
- Computational and systems neuroscience
- Computational and theoretical biophysics
- Computational biology (MD)
- Computational chemistry
- Computational condensed matter physics
- Computational engineering
- Computational fluid dynamics
- Computational fluid dynamics
- Computational fluid dynamics, heat transfer and combustion
- Computational intelligence
- Computational materials design
- Computational materials engineering
- Computational materials research
- Computational materials science
- Computational materials science
- Computational mechanics
- Computational mechanics
- Computational mechanics (boundary element method, smoothed/extended finite element method, meshless methods, etc.)
- Computational mechanics (finite element methods, boundary element methods and combination of them)
- Computational mechanics of materials and structures
- Computational mechanics, boundary elements and meshless methods
- Computational methods for life-time analyses of concrete and reinforced concrete structures
- Computational methods for subsurface engineering and tunneling
- Computational physics
- Computational physics
- Computational science
- Computational science
- Computational system biology
- Experimental and computational biomechanics and mechanobiology
- Integrated computational materials engineering
- Neural networks and computational intelligence
- Theoretical and computational astrophysics
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condensed
- Condensed matter physics
- Condensed matter physics
- Condensed matter physics - theory and experiment
- Condensed matter physics-surface
- Condensed systems of lower dimensionality-quantum size effect
- Diagrammatic perturbation theory as applied to condensed matter systems
- Experimental and theoretical research in condensed matter physics (metals, magnetism, magnetic nanostructures, spin electronics)
- Physics/Condensed matter physics
- Spectroscopy in Condensed Matter Physics
- Theoretical physics of condensed matter
- Topological effects in condensed matter
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control
- AC-DC hybrid power system operation and control
- Adaptive and robust control
- Adaptive control
- Advanced control applications
- Automatic control plane for optical networks
- Automation and control systems
- Automation and control systems design (especially, nonlinear control systems)
- Band structures (pass-bands and band-gaps) and wave control in phononic crystals or periodic composite materials/structures
- Chaos recognition, control and synchronization
- Coherent control in semiconductors
- Control engineering
- Control of chaos
- Control of energy conversion systems
- Control of open quantum systems and decoherence
- Control of quantum thermodynamics
- Control of quantum transport
- Control systems
- Control systems
- Control theory
- Controlled waveforms of laser light
- Controlling chaos
- Controlling chaos and communication with chaos
- Data-based control design
- Dynamic optimization and feedback control design methods
- Finite wordlength effects in signal processing and control
- Force control
- Geometric control theory
- HVDC grid control and protection
- Identification for robust control
- Intelligent control
- Intelligent control and information processing
- Intelligent robotics and control
- Modeling and control of complex industrial processes
- Multiagent control systems
- Networked control systems
- Networked control systems
- Networked predictive control
- Non-destructive product quality control
- Nonlinear control systems
- Nonlinear control theory
- Nonlinear dynamics, control of quantum transport
- Optimal control theory
- Phononics, control and manipulate heat due to phonons
- Plasma control
- Power electronics converter control
- Quantum control
- Quantum optical control of spins and spin ensembles in semiconductors
- Renewable energy grid integration and control
- Renewable energy power system dispatch and control under uncertainties
- Robust adaptive control
- Robust control
- Smart dispatch and control
- Structural control and health monitoring
- Systems and control
- Time-delay control systems
- Time-resolved observation and control of atomic-scale electron motion on the attosecond-femtosecond time scale
- Vibration control
- Vibrations, dynamical systems, control
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crystal
- Band structures (pass-bands and band-gaps) and wave control in phononic crystals or periodic composite materials/structures
- Crystal chemistry of boron-rich borides
- Crystal chemistry of non-oxide based ceramics
- Electron microscopy defects in crystals
- Graphene and other two-dimensional crystals
- Liquid crystals
- Nanophotonics: photonic crystals and quantum dots
- Nanoscale thermal transport in Si phononic crystals and 2D transition metal dichalcolgenides
- Photonic Crystals
- Physics of GaN-based crystals and quantum structures
- Reticular dynamics of molecular crystals
- Single crystal growth
- Synthesis and crystal chemistry of alkali metal borides
- The self-assembly, properties, and applications of photonic crystals
- Thermal stability of crystals
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data
- Analog-to-digital data converters
- Big data analytics
- Big data, machine learning, and artificial intelligence in scanning transmission electron microscopy and scanning probe microscopy
- Data analysis and signal processing
- Data analysis of rare events in environmental sciences and climatology
- Data assimilation in meteorology
- Design of integrated data converters (ADC and DAC)
- Experimental set-up simulation and data analysis: algorithms and software for experimental set-up simulation and data analysis
- Front-end micro-electronics and data acquisition and storage
- Intelligent data analysis
- Mathematical analysis of SPM data
- Model-based data analysis and data-based modelling
- Nonlinear methods (support vector machines, multilinear algebra) for data processing and optimization techniques
- Sensors and Data Acquisition Systems
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design
- Accelerator physics: design and construction
- Analog and mixed-signal design automation (EDA)
- Analog and mixed-signal integrated circuit design
- Automation and control systems design (especially, nonlinear control systems)
- Circuits and systems design
- Composition design of non-oxide based ceramics
- Computational materials design
- Computer-aided design
- Computer-aided design (CAD) of electronic circuits
- Data-based control design
- Design and construction of experimental equipment
- Design and test of electronic systems
- Design in nature
- Design of integrated and smart sensor interfaces
- Design of integrated data converters (ADC and DAC)
- Design of ultra low power CMOS circuits
- Designed innovative renewable energy systems
- Digitally-assisted analog circuit design
- Dynamic optimization and feedback control design methods
- Electronic design automation
- Electronic design automation
- Electronic device design in advanced technologies
- Evolutionary design, constructal law
- Experiment design
- Integrated electronic/electromechanical design
- Life-cycle cost analysis and design of infrastructure systems
- Logic design and representations of discrete functions
- Low-power analog IC design
- Nanomaterials characterization and design
- Probabilistic approach of the yield design theory
- Resonator design of solid-state lasers of high brightness
- Seismic structural analysis and design
- Stretchable/flexible electronics: using mechanics principles to design/fabricate silicon-based stretchable electronics
- Structured analog design and methods for analog design optimization
- Ultimate limit state design
- Urban design
- Very Large Scale Integration (VLSI) circuit design
- Yield design methods in the case of anisotropic soils
- Yield design theory
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detector
- Construction and operation of large particle detector systems for studying electron-positron collisions
- Cryogenic detectors of particles and weak forces
- Detector development (Calorimetry, Cherenkov detectors, RICH, photon sensors)
- Detector development (hadron calorimeter)
- Detector developments at Ultra High Vacuum (UHV)
- Detector physics
- Detectors for particle physics experiments
- Development of new detectors for applications in nuclear and high energy physics experiments
- Experimental precision flavour physics with the Belle detector
- Flavour physics with the ARGUS and HERA-B detectors
- Gravitational wave detectors
- Instruments for experimental physics - separator-spectrometer, pure Ge array and LaBr3 gamma detectors
- Luminescence and solid-state detectors
- Nanotechnology, solar blind nitride based UV detectors
- Novel germanium detectors
- Novel scintillator detectors
- Particle detectors
- Physics with the CMS detector at CERN
- Scintillator detector developments
- Silicon detectors
- Silicon strip detectors
- Technical detector developments
-
development
- Biosensor development
- Code development
- Computational Physics with focus on method development
- Detector development (Calorimetry, Cherenkov detectors, RICH, photon sensors)
- Detector development (hadron calorimeter)
- Detector developments at Ultra High Vacuum (UHV)
- Development of femtosecond lasers
- Development of laser-based spectroscopic detection techniques
- Development of laser-driven brilliant X-ray & particle sources
- Development of macroscopic or continuum models of populations of biologicalorganisms
- Development of new detectors for applications in nuclear and high energy physics experiments
- Development of new research tools
- Development of new techniques for medical imaging
- Development of new technologies for renewable energy sources
- Development of novel identification methods, mainly based on Cherenkov radiation
- Development of novel microscopy techniques
- Development of spintronics
- Development of the Modified Cam Clay constitutive model for reconstituted clays
- Developments of picosecond lasers and applications to photo-physics and to photo-chemistry
- Formation and development of collective anisotropic flow in A+A collisions
- Non-Equilibrium aspects of materials development
- Scintillator detector developments
- Technical detector developments
- The development of a sustainable geoenvironment - groundwater contamination, land regeneration, landfills, pollutants
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device
- 4D Printing and Biomedical Devices
- Applications of new power devices
- Bandstructure engineering: Quantum phenomena in nanostructures and novel heterostrcuture/quantum devices
- Device physics, Josephson junctions, electrolyte field effect transistors
- Electronic device design in advanced technologies
- Functional nanomaterials and devices
- High power devices
- High speed optoelectronic devices
- Hot Electron devices
- Medical devices and systems
- Nanoelectronic structures and devices
- Nanoelectronics: Developing tomorrow's devices
- Optics of atomically thin quantum devices and emergent many-body physics based on layered materials heterostructures
- Optoelectronic and photonic devices
- Physics, materials, and technology of semiconductor devices
- Quantum structures and devices
- THz semiconductor devices for telecommunications and imaging applications.-
- The science and technology of electrochemical devices, from sensors and fuel cells to batteries, supercapacitors, and actuators
- optoelectronic devices from the deep ultraviolet to the far infrared spectral bands.-
-
dynamic
- Ab-initio molecular dynamics
- Adaptive dynamic programming
- Application of machine learning to nonlinear dynamics
- Beam dynamics
- Carrier dynamics in semiconductors
- Chaotic dynamics of nonlinear oscillators
- Classical and quantum fluid dynamics
- Coherent vibrational dynamics in organic molecules
- Collective dynamics liquids
- Complex networks dynamics
- Computational fluid dynamics
- Computational fluid dynamics
- Computational fluid dynamics, heat transfer and combustion
- Dislocation dynamics
- Dynamic Failure of Materials: Maximizing blast and fragment protection
- Dynamic contact problems
- Dynamic deformation
- Dynamic failure
- Dynamic optimization and feedback control design methods
- Dynamic spectrum access
- Dynamic systems
- Dynamics of 3He and 4He small droplets
- Dynamics of clusters in strong fields
- Dynamics of complex systems, especially finite fermion systems (nuclei, nano-particles)
- Dynamics of interfaces and fronts
- Dynamics of machines
- Dynamics of viscous compressible liquid
- Elastodynamics and structural dynamics (impact loading, dynamic effects, vibration isolation, vibration control, etc.)
- Emergent dynamics of large complex systems
- Experimental fluid dynamics
- Film flows, Wetting and Spreading Dynamics
- Fluid dynamics
- Fluid dynamics
- Fluid dynamics in geophysics and astrophysics
- Fractal structures in nonlinear dynamics, e.g. fractal basin boundaries, Wada basins
- Fractal structures in nonlinear dynamics: fractal basins, Wada basins, basin entropy
- Fundamental studies of phase transitions, relaxation dynamics of magnetic excitations on macroscopic, mesoscopic and nanoscopic scales
- Interfacial dynamics
- Linear and nonlinear analysis of structures (beams, plates, shells, membranes, cables) under static and dynamic loads
- Molecular dynamics
- Molecular dynamics
- Non-equilibrium dynamics
- Nonlinear (initial/boundary value) problems of static/dynamic instability of conservative and non-conservative systems
- Nonlinear dynamic techniques for communication circuits
- Nonlinear dynamics
- Nonlinear dynamics
- Nonlinear dynamics and chaos
- Nonlinear dynamics and chaos in dynamical systems
- Nonlinear dynamics and classical chaos
- Nonlinear dynamics and complex systems
- Nonlinear dynamics of wheels
- Nonlinear dynamics, bifurcation and chaos
- Nonlinear dynamics, control of quantum transport
- Nonlinear dynamics, quantum- and wave dynamical chaos
- Nonlinear lattice dynamics, Soliton-assisted electron transport (Solectron transport)
- Novel approaches in system dynamics
- Open system dynamics
- Out-of-equilibrium dynamics
- Population dynamics
- Relativistic fluid dynamics
- Reticular dynamics of molecular crystals
- Seismic engineering and structural dynamics problems
- Spectra and dynamics of random operators
- Static and dynamic analysis of continuously nonhomogeneous functionally graded materials (FGMs) and structures
- Structure and dynamic properties of monolayers, micelles, thin liquid films, foams, emulsions and microemulsions
- Structure and dynamics
- Structure and dynamics of complex networks
- Structure and dynamics of thin molecular films
- Ultrafast (spin- and magnetization) dynamics
-
effect
- Condensed systems of lower dimensionality-quantum size effect
- Critical phenomena, disorder effects in statistical mechanics
- Cross effects between mechanical and magnetic properties in metallic glasses
- Device physics, Josephson junctions, electrolyte field effect transistors
- Effects of air quality on health
- Electronic correlation effects and cooperative phenomena in thin films and nanostructures
- Finite wordlength effects in signal processing and control
- Hanbury Brown - Twiss effect in high energy physics, pion lasers
- Hygrothermal effects, with applications to concrete
- Matrix effects in PIXE studies
- Production of heavy quarkonia and cold nuclear matter effects
- Quantum Hall effect
- Quantum Hall effect
- Quantum effects
- Scaling and hierarchical effects in materials
- Size effects and scaling
- Size effects in structural materials
- Surface and interface effects in nao-materials and nano-structures (nano-ribbons, nano-tubes, nano-plates, nano-shells, etc.
- Topological effects in condensed matter
-
electron
- Accelerator physics, superconducting cw electron accelerators and FELs
- Analysis of electron emission in terms of photo-electron spectra and angular distributions
- Atom by atom fabrication by electron beams
- Big data, machine learning, and artificial intelligence in scanning transmission electron microscopy and scanning probe microscopy
- Electron Pumping
- Electron conversion measurements
- Electron microscopy
- Electron microscopy
- Electron microscopy defects in crystals
- Electron scattering
- Electron, chemical and plasma physics
- Hadronic physics problems studied with electrons, muons, pions and protons
- Hot Electron devices
- Infrared free electron lasers
- Interactions of photons, slow electrons, and ions with atoms and molecules
- Introduction of Beam Foil Auger Electron spectrometry
- Localization of Electrons
- Nanofabrication by nanoimprint lithography, electron beam lithography, dry etching and directed self-assembly
- Nonlinear lattice dynamics, Soliton-assisted electron transport (Solectron transport)
- Nuclear structure and reactions using electron scattering
- Quantum Monte Carlo simulations of many-body systems, in particular electron gas
- Quantum Transport of Electrons
- Strongly Correlated Electron Systems
- Synchrotron radiation, X-Ray free electron laser (X-FEL)
- Time-resolved observation and control of atomic-scale electron motion on the attosecond-femtosecond time scale
- in-situ (transmission and scanning) electron microscopy
-
elementary
- Elementary particle physics
- Elementary particle physics
- Elementary particle physics (electron and neutron scattering)
- Elementary particle physics (experimental)
- Elementary particles
- Elementary particles
-
energy
- Antihydrogen physics - creation of, and experimentation with, low energy antihydrogen
- Applications of high intensity ion accelerators to fusion energy
- Artificial Intelligence in renewable energy modelling, prediction and fault-finding
- Clean Energy Conversion and Storage
- Collisions of nuclei at ultrarelativistic energies
- Concept of an energy amplifier
- Control of energy conversion systems
- Cosmic Rays up to the highest energies
- Dark Energy
- Designed innovative renewable energy systems
- Development of new detectors for applications in nuclear and high energy physics experiments
- Development of new technologies for renewable energy sources
- Diffraction in high energy physics
- Energy Harvesting: Knowledge for future nanowire technology
- Energy and climate change policy
- Energy and sustainability questions, in particular the future role of advanced nuclear options
- Energy density functional theory
- Energy density functional theory
- Energy economics
- Energy in buildings
- Energy materials
- Energy performance in manufacturing
- Energy physics
- Energy production and use and its impact on society and the environment
- Energy science and technology
- Energy storage, conversion, and harvesting
- Energy use in buildings
- Energy, environmental, health, and other industrial technologies
- Energy: high capacity hydrogen storage-supercapacitors
- Experimental high energy physics
- Exploring the high energy frontier
- Fusion energy
- Fusion energy
- General energy issues
- Ground energy problems - ground source heat
- Hadronization and hadroproduction in high energy collisions
- Hanbury Brown - Twiss effect in high energy physics, pion lasers
- Heavy ion collisions at ultra-relativistic energies
- High energy heavy ion physics (both theory and experiment)
- High energy nuclear collision
- High energy nuclear physics
- High energy particle physics (both theory and experiment)
- High energy physics
- High energy physics
- Inertial fusion for energy
- Large scale energy storage grid integration
- Modelling and simulation of AC-DC power systems with high share of renewable energy sources interfaced by power electronics converters
- Nuclear energy
- Ocean renewable energy (wind and waves)
- Phenomenology of high energy nuclear collisions
- Planning and operation of transmission and distribution systems with high share of renewable energies
- Positron physics - including production and application of low energy positron beams
- Properties of hadrons in nuclear matter under extreme conditions of energy density and temperature
- Quark gluon plasma research in high energy nucleus-nucleus collisions
- Renewable energy engineering
- Renewable energy grid integration and control
- Renewable energy power system dispatch and control under uncertainties
- Resource and energy management modeling
- Solar energy
- Sustainability assessment, energy planning, new and renewable energy technologies
- Theoretical high energy nuclear physics
- Very high energy subnuclear physics
-
engineering
- Accelerator engineering (superconducting cavities)
- Applications in mechanical engineering:
- Bandstructure engineering: Quantum phenomena in nanostructures and novel heterostrcuture/quantum devices
- Biomechanical engineering
- Chemical engineering
- Civil Engineering/ Earth Sciences
- Civil and hydraulic engineering
- Civil engineering
- Coastal engineering
- Computational engineering
- Computational materials engineering
- Computational methods for subsurface engineering and tunneling
- Concurrent engineering
- Control engineering
- Earthquake engineering
- Electrical and electronic engeneering and biomedical engineering
- Electrical engineering and computer science
- Electronic engineering
- Engineering
- Engineering of quantum field-matter interactions and dispersion forces in confined media
- Engineering science
- Engineering sciences
- Fatigue, fracture and creep of engineering solids
- Fractal techniques in engineering
- Fracture and damage mechanics, and fatigue analysis of engineering materials, components and structures
- Geoenvironmental engineering
- Geotechnical and geo-environmental engineering
- Integrated computational materials engineering
- Materials science and engineering
- Mathematical engineering
- Mechanical engineering
- Mesoscale science and engineering
- Natural sciences and engineering
- Nuclear reactor engineering
- Phonon physics and engineering in low dimensional structures
- Physics and engineering section
- Production engineering
- Quantum measurements for state engineering
- Reaction engineering
- Renewable energy engineering
- Risk-based assessment and risk-informed decision making in civil and marine engineering
- Seismic engineering and structural dynamics problems
- Stochastic phenomena in physics and in engineering sciences
- Strain engineering of ferroics and multiferroics
- Structural engineering
- Structural engineering
- Structural engineering and applied mechanics-dynamics
- Surface engineering
- Surface engineering and coating technology
- Sustainable engineering
- Thermal engineering
- Thermo/hydraulic/mechanical/chemical (THMC) analysis of the engineering behaviour of unsaturated soils
- Tissue engineering
-
experimental
- Design and construction of experimental equipment
- Experimental and computational biomechanics and mechanobiology
- Experimental and theoretical research in condensed matter physics (metals, magnetism, magnetic nanostructures, spin electronics)
- Experimental astroparticle physics
- Experimental condensed matter physics
- Experimental fluid dynamics
- Experimental high energy physics
- Experimental mechanics
- Experimental mechanics of materials
- Experimental methods
- Experimental nanoscience
- Experimental nuclear physics
- Experimental nuclear physics
- Experimental nuclear physics and applied areas (heavy-ion driven material science, proton and hadron therapy, radio-isotopes)
- Experimental nuclear physics and nuclear astrophysics, with expertise in nuclear structure and nuclear reactions
- Experimental particle physics
- Experimental particle physics
- Experimental photon statistics
- Experimental physics
- Experimental physics
- Experimental plasma physics
- Experimental precision flavour physics with the Belle detector
- Experimental quantum optics
- Experimental set-up simulation and data analysis: algorithms and software for experimental set-up simulation and data analysis
- Experimental soft matter physics (surfactants, liquid cystals, polymers, nanoparticles)
- Experimental solid state physics
- Experimental subatomic physics
- ISOL experimental techniques
- Instruments for experimental physics - separator-spectrometer, pure Ge array and LaBr3 gamma detectors
- Low-energy experimental physics
- Solid-state diffusion and kinetics, based on experimental, theoretical, and computer-simulation activities
- Theoretical and experimental quantum optics
- Theoretical and experimental studies of novel known and unknown forms of carbon
- Theoretical and experimental studies of secondary stray magnetic fields
-
field
- Applied quantum field theory
- Axiomatic quantum field theory
- Band structure of semicnductors also in presence of a strong magnetic field
- Crack tip field displacement mapping and crack tip residual stress interactions
- Critical phenomena and field theoretic renormalization group on arbitrary networks
- Device physics, Josephson junctions, electrolyte field effect transistors
- Dynamics of clusters in strong fields
- Effective field theories
- Effective field theories
- Field theoretic Renormalization Group on non-metric spaces
- Field theory and neural networks
- General relativity and field theory
- Group-theoretical methods in Quantum Field Theory and Supersymmetry
- Intense fields and particles
- Interaction of intense laser fields with matter
- Low-energy nuclear effective field theory
- Manipulating molecules with electro-magnetic fields
- Non-equilibrium quantum field theory
- Nonperturbative methods in quantum field theory
- Pair production in strong fields, applications to high-intensity lasers
- Particle production in intense fields
- Physics in magnetic fields
- Quantum field theory
- Quantum field theory at finite temperature,
- Strong field, critical acceleration, radiation reaction
- Theoretical and experimental studies of secondary stray magnetic fields
- Thermal field theory
-
fluid
- Classical and quantum fluid dynamics
- Complex Fluids
- Computational fluid dynamics
- Computational fluid dynamics
- Computational fluid dynamics, heat transfer and combustion
- Environmental fluid mechanics
- Experimental fluid dynamics
- Fluid dynamics
- Fluid dynamics
- Fluid dynamics in geophysics and astrophysics
- Fluid mechanics
- Fluid mechanics and turbulence
- Fluid mechanics of buildings
- Laboratory experiments in fluids
- Multiphase flow and complex fluids
- Physics of fluid
- Pipes conveying fluid
- Quantum fluids and solids
- Quark-Gluon Plasma as a Perfect Fluid
- Relativistic fluid dynamics
- Relativistic fluids
-
fracture
- Advanced discretization methods for fracture and fragmentation analysis
- Fatigue, fracture and creep of engineering solids
- Fracture
- Fracture and damage mechanics, and fatigue analysis of engineering materials, components and structures
- Fracture and material failure of biological tissues
- Fracture mechanics
- Fracture mechanics
- Fracture of brittle and ductile materials, the glass transition
- Micromechanics of deformation and fracture
- Non-classical problems of fracture mechanics
- Numerical methods in fracture mechanics
- Statistical physics models of fractures and faults
- The mechanics of fracture, materials damage and creep
-
fusion
- Applications of high intensity ion accelerators to fusion energy
- Cold fusion
- Fusion energy
- Fusion energy
- Fusion plasma diagnostics
- Fusion plasma physics
- Fusion power plants
- Fusion research
- Heating of fusion plasma
- Inertial confinement fusion
- Inertial fusion for energy
- Magnetic confinement fusion
- Physics with ultra-intense light pulses,relativistic plasma, and aneutronic fusion
- Technology (electron cyclotron heating, material science, superconductivity) for fusion reactors (ITER, DEMO)
-
graphene
- 2D Dirac materials such as graphene
- Epitiaxial graphene based RF transistors
- Graphene
- Graphene
- Graphene and other 2D materials
- Graphene and other two-dimensional crystals
- Graphene and related materials
- Graphene, diamene and 2D materials
- Mechanical properties of graphene and other 2D materials
- Nanoscience: carbon nanotubes, graphene and graphene derivatives
- Nanotubes , graphene, nanocomposites
- Two-dimensional materials, graphene
-
heavy
- Freeze-out of hadrons in heavy ion collisions
- Heavy Ion collisions
- Heavy fermion systems
- Heavy flavor productions in high-energy nuclear collisions
- Heavy ion collisions and phenomenology
- Heavy ion collisions at ultra-relativistic energies
- Heavy ion elastic and inelastic scattering
- Heavy ion physics
- High energy heavy ion physics (both theory and experiment)
- Iso-spin in heavy ion reaction
- Nuclear reactions with heavy ions
- Nuclear reactions with light and heavy ions
- Production of heavy quarkonia and cold nuclear matter effects
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions and Quark Gluon Plasma
- Relativistic heavy ion collisions and the nuclear equation of state
- Relativistic heavy ions
- Relativistic heavy ions and proton spin
-
high
- Applications of high intensity ion accelerators to fusion energy
- Cosmic Rays up to the highest energies
- Detector developments at Ultra High Vacuum (UHV)
- Development of new detectors for applications in nuclear and high energy physics experiments
- Diffraction in high energy physics
- Energy: high capacity hydrogen storage-supercapacitors
- Equation of state at supranuclear densities and high temperatures
- Experimental high energy physics
- Exploring the high energy frontier
- Generation if high phase space density ion beams
- Geological disposal of high level nuclear waste
- Hadronization and hadroproduction in high energy collisions
- Hanbury Brown - Twiss effect in high energy physics, pion lasers
- High Tc Superconductors
- High energy heavy ion physics (both theory and experiment)
- High energy nuclear collision
- High energy nuclear physics
- High energy particle physics (both theory and experiment)
- High energy physics
- High energy physics
- High order anisotropic flow coefficients and ridge
- High performance computing
- High performance computing and computer networks
- High power Laser (>1PW), Laser Driven QED and Subatomic physics (Extreme Ligth Infrastructure)
- High power devices
- High power high speed GaN/AlGaN nnotransistors
- High power lasers
- High pressure crystallization and physical properties of GaN, AlN and InN
- High response speed servo drives
- High speed optoelectronic devices
- High temperature creep
- High temperature superconductivity
- Higher order QCD corrections in flavour physics in the standard model
- Higher order QCD corrections to deep-inelastic scattering
- Modelling and simulation of AC-DC power systems with high share of renewable energy sources interfaced by power electronics converters
- Optical properties of high temperature superconductors
- Phenomenology of high energy nuclear collisions
- Planning and operation of transmission and distribution systems with high share of renewable energies
- Quark gluon plasma research in high energy nucleus-nucleus collisions
- Resonator design of solid-state lasers of high brightness
- Strong Interactions at high density and temperature
- Theoretical high energy nuclear physics
- Theory of high Tc superconductivity and related problems
- Very high energy subnuclear physics
-
image
- Bio-inspired imaging front-ends for vision systems
- Digitizing facsimile images
- Image analysis
- Image compression
- Image processing
- Infra-red imaging systems
- Ion diagnostics and imaging
- Medical image processing
- Nanoscale quantum sensing and imaging using diamond-based magnetometry
- Signal and image processing
- THz semiconductor devices for telecommunications and imaging applications.-
- Transmission of moving images
-
information
- Applied mathematics in information processing, social media, communication
- Geographical information systems
- Information economics
- Information sciences
- Information sciences
- Information security
- Information techniques
- Information theory
- Information theory and statistical inference
- Intelligent control and information processing
- Multisensor systems for extracting information from physical world
- Quantum information
- Quantum information
- Quantum information (generalized measurement, state comparison and identification)
- Quantum information and thermodynamics
- Quantum information processing
- Quantum information processing
- Quantum information science
- Quantum information theory
- Quantum information theory and computer science
- Solid-state quantum information processing
-
interaction
- Crack tip field displacement mapping and crack tip residual stress interactions
- Effective theories of the strong interaction
- Electrostatic and electromechanical interactions in liquids, biosystems, and molecular systems
- Engineering of quantum field-matter interactions and dispersion forces in confined media
- Exploration and exploitation of intense-laser-matter interactions
- Fluid-structure interaction
- Fluid-structure interaction in impact
- Fluid-structure interactions
- Fundamental interactions in nuclear transitions
- Interaction of intense laser fields with matter
- Interactions between matter and radiation
- Interactions of photons, slow electrons, and ions with atoms and molecules
- Isospin-dependent interactions
- Laser-material interactions
- Laser-matter interaction
- Light-matter interaction
- Light-matter interactions
- Modelling of wave interaction with natural and man-made coastal features
- Nuclear structure and electromagnetic interactions
- Nuclear weak interactions and astrophysical applications
- Optical spin-orbit interactions and photonic topology
- Physics of beam-plasma interaction
- Space-time structure of hadron-nucleus interactions
- Strong Interactions at high density and temperature
- Strong interactions
- Strong interactions
- Strong light-matter interactions
- Theory and phenomenology of the fundamental interactions
- Weak interactions and Higgs boson physics
- Weak interactions in nuclei
-
interface
- Atomic structure and properties of inter-crystalline interfaces
- Colloid and interface science
- Design of integrated and smart sensor interfaces
- Dynamics of interfaces and fronts
- Interface superconductivity, interface physics, heterostructures, superlattices
- Interfaces and wetting
- Light-matter quantum interfaces in solids for quantum network hardware
- Liquid crystal-polymer interfaces
- Low dimensional systems and interfaces
- Micromechanics of advanced composites and their interfaces
- Modeling of mass- and heat-flux processes across the land/atmosphere interface
- Relationship between structure and properties of metal surfaces at metal-gas and metal-liquid interfaces
- Supramolecular chemistry at interfaces
- Surface and interface effects in nao-materials and nano-structures (nano-ribbons, nano-tubes, nano-plates, nano-shells, etc.
- Surface and interface magnetism
- Surfaces and interfaces
-
ion
- Accelerators, ion sources and magnetic spectrometers
- Analytical aspects of ion impact
- Applications of high intensity ion accelerators to fusion energy
- Applied physics: surface production of negative ions
- Collective excitation by ion impact
- Freeze-out of hadrons in heavy ion collisions
- Generation if high phase space density ion beams
- Generation of highly ionized ions in plasmas
- Heavy Ion collisions
- Heavy ion collisions and phenomenology
- Heavy ion collisions at ultra-relativistic energies
- Heavy ion elastic and inelastic scattering
- Heavy ion physics
- High energy heavy ion physics (both theory and experiment)
- Interactions of photons, slow electrons, and ions with atoms and molecules
- Ion beam modification of materials
- Ion diagnostics and imaging
- Ion trapping and cooling
- Iso-spin in heavy ion reaction
- Molecular ion beam studies (Coulomb Explosion)
- Negative hydrogen ion sources
- Nuclear reactions with heavy ions
- Nuclear reactions with light and heavy ions
- Radioactive ion beams: production (electro-fission; photo-fission; neutron-induced fission; fusion reactions) and acceleration
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions and Quark Gluon Plasma
- Relativistic heavy ion collisions and the nuclear equation of state
- Relativistic heavy ions
- Relativistic heavy ions and proton spin
- Spectroscopy: optical, Raman, ion scattering
- Utilising radioactive ions for nuclear structure studies
-
laser
- Applications of lasers in medicine
- Applications of ultrashort laser pulses to non-linear optics
- Applications of ultrashort laser pulses to study of ultrafast processes in polymers and quantum confined systems
- Controlled waveforms of laser light
- Development of femtosecond lasers
- Developments of picosecond lasers and applications to photo-physics and to photo-chemistry
- Fiber lasers
- Hanbury Brown - Twiss effect in high energy physics, pion lasers
- High power Laser (>1PW), Laser Driven QED and Subatomic physics (Extreme Ligth Infrastructure)
- High power lasers
- High-intensity lasers
- Infrared free electron lasers
- Interaction of intense laser fields with matter
- Laser Raman Spectroscopy
- Laser cooling and trapping
- Laser cooling and trapping
- Laser cooling of atoms (1985-1992)
- Laser peening and other life extending surface treatment technologies
- Laser physics
- Laser physics
- Laser produced plasmas
- Laser spectroscopy
- Laser spectroscopy
- Laser surface modifications
- Laser velocimetry and turbulence measurement
- Laser/LED Colorimetry
- Lasers and quantum electronics
- Mode-locking of lasers
- Pair production in strong fields, applications to high-intensity lasers
- Physics of deformed laser resonators
- Quantum cascade lasers
- Quantum cascade lasers
- Radiative forces – laser cooling and trapping
- Resonance fluorescence in intense resonant laser beams
- Resonator design of solid-state lasers of high brightness
- Short wavelength laser diodes and light emitters
- Solid state lasers
- Synchrotron radiation, X-Ray free electron laser (X-FEL)
- Ultra-high resolution laser spectroscopy
- Ultrafast and ultra-intense lasers and applications
- Ultraprecise laser spectroscopy
- Visible laser diodes
-
low
- Antihydrogen physics - creation of, and experimentation with, low energy antihydrogen
- Condensed systems of lower dimensionality-quantum size effect
- Design of ultra low power CMOS circuits
- Low Dimensional Physics
- Low background experiments
- Low dimensional structures
- Low dimensional structures
- Low dimensional systems
- Low dimensional systems and interfaces
- Low temperature physics
- Low temperature physics
- Low temperature plasma physics
- Phonon physics and engineering in low dimensional structures
- Positron physics - including production and application of low energy positron beams
- Transport of Phonons/Heat in low dimensional nano structures
-
magnetic
- Accelerators, ion sources and magnetic spectrometers
- Band structure of semicnductors also in presence of a strong magnetic field
- Beta decay and magnetic moment studies of mirror nuclei
- Cross effects between mechanical and magnetic properties in metallic glasses
- Dilute magnetic semiconductors
- Diluted Magnetic Semiconductors
- Fundamental studies of phase transitions, relaxation dynamics of magnetic excitations on macroscopic, mesoscopic and nanoscopic scales
- Interventional magnetic resonance imaging
- Magnetic confinement fusion
- Magnetic materials
- Magnetic reconnection
- Magnetic resonance imaging
- Magnetic semiconductors
- Measurement of transport and magnetic properties
- Nuclear magnetic resonance
- Physics in magnetic fields
- Plasma magnetic confinement
- Quark - gluon plasma: strangeness, magnetic mass
- Safety of magnetic resonance imaging
- Spectral theory of magnetic Schrödinger operators
- Theoretical and experimental studies of secondary stray magnetic fields
- Transmit array technology for magnetic resonance imaging
-
material
- 2-D materials
- 2D Dirac materials such as graphene
- 2D materials
- 2D materials, growth, scanning probe microscopy and nanolithography
- Active materials
- Basic science of nuclear materials
- Bioinspired materials: Building on the strength of nature
- Biological materials
- CVD production of 2D materials
- Carbon materials
- Cementitious materials
- Characterization of the mechanical behavior of materials under extreme conditions
- Chromogenic materials
- Complex correlated materials
- Composite materials
- Composite materials and composite structures
- Composite materials and reinforced earth structures
- Composite materials and structures
- Computational materials design
- Computational materials engineering
- Computational materials research
- Computational materials science
- Computational materials science
- Computational mechanics of materials and structures
- Condensed matter and materials physics
- Continuum mechanics and mechanics of materials
- Coupled structural and electronic phase transitions in quantum materials
- Degradation of materials
- Dynamic Failure of Materials: Maximizing blast and fragment protection
- Electronic properties and materials
- Energy materials
- Experimental mechanics of materials
- Fracture and damage mechanics, and fatigue analysis of engineering materials, components and structures
- Fracture and material failure of biological tissues
- Fracture of brittle and ductile materials, the glass transition
- Functional materials
- Graphene and other 2D materials
- Graphene and related materials
- Graphene, diamene and 2D materials
- Growth morphology of 2D materials
- Heterostructured materials
- High-temperature aerospace materials
- Integrated computational materials engineering
- Ion beam modification of materials
- Left-Handed Materials#
- Linear, rotational and stir friction welding of Al, Ni and Ti materials and components
- MOCVD growth of GaN and related materials
- Magnetic materials
- Magnetism and material sciences
- Manufacture of materials
- Material fatigue
- Material science
- Materials science
- Materials science
- Materials science and engineering
- Materials science and nano materials
- Materials science, material families
- Materials structure
- Materials technology
- Materials with extreme and rare properties
- Materials with strong electronic correlations
- Mechanical behaviour of materials
- Mechanical properties of amorphous materials
- Mechanical properties of graphene and other 2D materials
- Mechanical properties of materials
- Mechanics of advanced structural materials
- Mechanics of composite materials
- Mechanics of composites materials
- Mechanics of materials
- Mechanics of materials and structures and structural safety
- Mechanics of materials: micro-scale plasticity theory based on dislocation models
- Mechanics of multifunctional (noise-absorbing, vibration-damping, heat-isolating and energy-saving) materials and structures
- Mechanics of smart (piezoelectzric, magnetoelectroelastic, shape-memory) materials and structures
- Micromechanics of concrete materials and structures (effective properties, homogenization, interface defects, etc.)
- Modelling of smart materials and functionally graded materials
- Multi-Scale analysis of materials and structures
- Multi-layered and functionally graded materials
- Multiferroic materials
- Multifunctional materials
- Multifunctional materials
- Multiscale Modeling of Materials, linking microscopic and macroscopic properties
- Multiscale models for porous materials and fiber reinforced composites
- Nano- and micro-mechanics of multi-phase materials
- Nano-crystalline materials
- Nano-structured and hierarchical materials
- Nanomechanics of 1D and 2D materials
- Nanostructured materials
- Nanostructured materials
- New materials with honeycomb structures: Silicene, Germanene and MX2
- Non-Equilibrium aspects of materials development
- Novel nanofabrication methods for 2D materials and biomedical applications
- Optics of atomically thin quantum devices and emergent many-body physics based on layered materials heterostructures
- Physics of 2D Dirac materials
- Physics, materials, and technology of semiconductor devices
- Polymer materials and systems
- Porous materials
- Scaling and hierarchical effects in materials
- Size effects in structural materials
- Smart Materials and Structures
- Static and dynamic analysis of continuously nonhomogeneous functionally graded materials (FGMs) and structures
- Stress/Strain measurements in crystalline materials and composites
- Structure Process Property Relations of materials, i.e. the relevance of sample history on morphology and function
- The mechanics of fracture, materials damage and creep
- Theoretical Soft Matter Physics with focus on macromolecular materials
- Two-dimensional materials, graphene
- Ultrafine-grained materials
-
mathematical
- Applied mathematical modelling
- Applied mathematical physics
- Mathematical analysis of SPM data
- Mathematical and general theoretical physics
- Mathematical biology
- Mathematical engineering
- Mathematical methods of quantum theory
- Mathematical physics
- Mathematical physics
- Mathematical physics and string theory
- Mathematical physics, analysis, probability
- Mathematical physics, in particular quantum theory and statistical physics
- Mathematical system theory and its applications
- Physical and mathematical modeling of multi-phase processes
-
measurement
- Electron conversion measurements
- Giant resonances, neutron-skin thickness measurements
- Laser velocimetry and turbulence measurement
- Measurement of transport and magnetic properties
- New residual stress measurement technologies
- Quantitative measurements of local properties by SPM
- Quantum measurements for state engineering
- Stress/Strain measurements in crystalline materials and composites
- Wireless channel measurements and modelling
- g-factor measurements
-
mechanic
- Analytical mechanics
- Arterial wall mechanics
- Cell Mechanics
- Classical mechanics
- Classical mechanics
- Computational mechanics
- Computational mechanics
- Computational mechanics (boundary element method, smoothed/extended finite element method, meshless methods, etc.)
- Computational mechanics (finite element methods, boundary element methods and combination of them)
- Computational mechanics of materials and structures
- Computational mechanics, boundary elements and meshless methods
- Contact mechanics
- Continuum mechanics
- Continuum mechanics
- Continuum mechanics and mechanics of materials
- Critical phenomena, disorder effects in statistical mechanics
- Critical state soil mechanics
- Damage mechanics
- Damage mechanics of fiber composites
- Data-driven mechanics
- Dislocation mechanics
- Environmental fluid mechanics
- Equilibrium statistical mechanics (rigorous)
- Experimental mechanics
- Experimental mechanics of materials
- Fluid mechanics
- Fluid mechanics and turbulence
- Fluid mechanics of buildings
- Foundations of quantum and statistical mechanics
- Foundations of quantum mechanics
- Foundations of quantum mechanics and quantum entanglement
- Fracture and damage mechanics, and fatigue analysis of engineering materials, components and structures
- Fracture mechanics
- Fracture mechanics
- Impact mechanics
- Mechanics
- Mechanics of advanced structural materials
- Mechanics of composite materials
- Mechanics of composites materials
- Mechanics of deformable solids (concrete,rock,soil)
- Mechanics of deformable solids and related problems of continuum mechanics
- Mechanics of geomaterials and structures
- Mechanics of materials
- Mechanics of materials and structures and structural safety
- Mechanics of materials: micro-scale plasticity theory based on dislocation models
- Mechanics of multifunctional (noise-absorbing, vibration-damping, heat-isolating and energy-saving) materials and structures
- Mechanics of nanocomposites
- Mechanics of natural and bio-inspired structures
- Mechanics of smart (piezoelectzric, magnetoelectroelastic, shape-memory) materials and structures
- Micro/nano mechanics
- Nanomechanics: continuum mechanics theory for nanostructures based on interatomic potentials
- Non classical properties of light as tests of the foundations of quantum mechanics (1974-1985)
- Non-classical problems of fracture mechanics
- Non-equilibrium statistical mechanics
- Non-equilibrium statistical mechanics
- Nonequilibrium thermodynamics and statistical mechanics
- Nonlinear continuum mechanics
- Numerical methods in fracture mechanics
- Phase transitions and statistical mechanics
- Probabilistic mechanics
- Quantum mechanics
- Quantum mechanics
- Quantum mechanics and quantum entanglement
- Quantum mechanics on graphs and surfaces
- Relativistic quantum mechanics; Dirac Hamiltonians
- Relativistic statistical mechanics and thermodynamics
- Rigorous results in statistical mechanics and solid state theory
- Rock mechanics
- Soft matter mechanics
- Soil mechanics
- Solid mechanics
- Solid mechanics
- Statistical mechanics
- Statistical mechanics
- Stretchable/flexible electronics: using mechanics principles to design/fabricate silicon-based stretchable electronics
- Structural analysis and applied mechanics
- Structural mechanics
- Structural mechanics
- Structural mechanics (reinforced concrete and steel structures, geotechnical structures, stability of structures)
- The mechanics of fracture, materials damage and creep
- Theoretical and applied mechanics
- Theoretical mechanics
- Theoretical physics, in particular statistical mechanics
-
metal
- Deformation physics of metals
- Electronic structure of metals and semiconductors
- Emergent phenomena in nanostructured transition metal oxides
- Lattice properties of metals and alloys
- Metal matrix composites (Ti-SiC fibre and Al particulate)
- Metal oxide semiconductors
- Nanoscale thermal transport in Si phononic crystals and 2D transition metal dichalcolgenides
- Physics of multicomponent Ga-N-transition metals systems
- Relationship between structure and properties of metal surfaces at metal-gas and metal-liquid interfaces
- Synthesis and crystal chemistry of alkali metal borides
-
method
- Advanced discretization methods for fracture and fragmentation analysis
- Applications of detection methods in environmental physics and medical imaging
- Boundary element method
- Boundary element methods (BEM)
- Compression methods
- Computational Physics with focus on method development
- Computational mechanics, boundary elements and meshless methods
- Computational methods for life-time analyses of concrete and reinforced concrete structures
- Computational methods for subsurface engineering and tunneling
- Continuous and discontinuous numerical methods
- Development of novel identification methods, mainly based on Cherenkov radiation
- Dynamic optimization and feedback control design methods
- Electronic structure methods
- Experimental methods
- Finite element method
- Functional-integral methods
- Group-theoretical methods in Quantum Field Theory and Supersymmetry
- Hybrid optimization method
- Mathematical methods of quantum theory
- Meshless methods
- Methods from general relativity
- Non-destructive methods of stress determination
- Nonlinear finite element methods
- Nonlinear methods (support vector machines, multilinear algebra) for data processing and optimization techniques
- Nonperturbative methods in quantum field theory
- Novel detection methods (particle detectors, radio detection, microwave detection)
- Novel nanofabrication methods for 2D materials and biomedical applications
- Nuclear methods and techniques
- Numerical methods
- Numerical methods
- Numerical methods in fracture mechanics
- Optical methods
- Phase-field method
- Renormalization group methods in particle physics
- Spectral and algebraic methods in signal processing
- Structured analog design and methods for analog design optimization
- Surface science, methods
- Yield design methods in the case of anisotropic soils
-
microscopy
- 2D materials, growth, scanning probe microscopy and nanolithography
- Advances in microscopy
- Big data, machine learning, and artificial intelligence in scanning transmission electron microscopy and scanning probe microscopy
- Development of novel microscopy techniques
- Electron microscopy
- Electron microscopy
- Electron microscopy defects in crystals
- Multi-photon microscopy (SHG)
- Photoacoustic microscopy
- Scanned probe microscopy techniques
- Scanning Probe Microscopy
- Scanning acoustic microscopy
- Scanning probe microscopy
- Scanning probe microscopy (STM, AFM)
- Surface and bulk light scattering, excited surface waves techniques, ellipsometry, fluorescence recovery, brewster angle microscopy, videomicroscopy
- Theory of scanning tunneling and atomic force microscopy
- in-situ (transmission and scanning) electron microscopy
-
model
- Algebraic structure models
- Control-oriented systems modeling
- Development of macroscopic or continuum models of populations of biologicalorganisms
- Development of the Modified Cam Clay constitutive model for reconstituted clays
- Extensions of the Standard Model
- Financial bubbles: The Johansen-Ledoit-Sornette model and LPPLS (log-periodic power law singularity) models
- Firs principles modelling
- Flavour physics beyond the standard model
- Hadrochemistry: strangeness, kinetic and transport models
- Higher order QCD corrections in flavour physics in the standard model
- Hydrodynamic and jet quenching hybrid model
- Hydrodynamic and thermal statistical models for relativistic A+A collisions
- Interacting Boson model
- Large scale nuclear structure calculations with conventional shell model and Monte Carlo Shell Model
- Linear and nonlinear analysis of viscoelastic plates and membranes modeled with multi-term fractional derivative models
- Map-based neuron models
- Mathematisation of Fiske's relational models theory
- Mechanics of materials: micro-scale plasticity theory based on dislocation models
- Model reduction
- Modeling
- Modelling
- Modelling salt and water transport across cell membranes and pumping epithelia
- Models and optimization of industrial processes
- Models of quantum spacetime
- Monte Carlo simulation of cluster models
- Monte Carlo string models for the description of hadron-hadron and A+A collisions
- Multifractal stress activated model of rupture and earthquakes
- Multifragmentation: percolation models, scaling
- Multiscale models for porous materials and fiber reinforced composites
- Neuro-dynamics modeling for robots
- New physics beyond the Standard Model (SM)
- Nuclear shell model
- Physics beyond the Standard Model
- Rheological models
- Statistical models: multiplicative noise, generalized kinetics
- Statistical physics models of fractures and faults
- Vibron model
- Vicsek model of swarm behavior
- Wireless channel measurements and modelling
-
molecular
- Ab-initio molecular dynamics
- Atomic and molecular physics
- Atomic and molecular radiation physics
- Atomic layer-by-layer molecular beam epitaxy (ALL-MBE)
- Atomic, molecular and optical physics
- Complex molecular rotors and switches
- Electrostatic and electromechanical interactions in liquids, biosystems, and molecular systems
- Gas-phase molecular physics
- Molecular beam epitaxy of semiconductors
- Molecular dynamics
- Molecular dynamics
- Molecular electronics
- Molecular electronics
- Molecular ion beam studies (Coulomb Explosion)
- Molecular spectroscopy
- Reticular dynamics of molecular crystals
- Structure and dynamics of thin molecular films
-
nanotechnology
- Nanoscience and nanotechnology
- Nanotechnologies
- Nanotechnologies and multifunctional nanomaterials
- Nanotechnology
- Nanotechnology
- Nanotechnology, nanofabrication
- Nanotechnology, solar blind nitride based UV detectors
- Nanotechnology: opto-electronics
-
network
- 6G wireless communication networks
- Applying artificial intelligence to wireless communication networks
- Automatic control plane for optical networks
- Cellular neural/nonlinear networks
- Communication networks
- Complex network sciences
- Complex networks
- Complex networks
- Complex networks and its application in finance and biology
- Complex networks dynamics
- Complex networks structure
- Complex systems and networks
- Coupled systems and complex networks
- Critical phenomena and field theoretic renormalization group on arbitrary networks
- Field theory and neural networks
- Financial networks
- High performance computing and computer networks
- Light-matter quantum interfaces in solids for quantum network hardware
- Modeling of complex networks
- Network science
- Network security
- Network systems
- Network systems
- Network theory
- Neural networks
- Neural networks
- Neural networks and computational intelligence
- Neural networks theoretical immunology
- Neural networks: spontaneous pattern formation
- Quality of service for IP-based networks; flow-aware networking
- Quantum networks and applications
- Real-world network theory
- Reliability and survivability assurance in telecommunication networks
- Signal processing and neural networks
- Statistical physics, Granular media, Complex systems, Random networks and Neural networks
- Structure and dynamics of complex networks
-
neural
- Cellular neural/nonlinear networks
- Field theory and neural networks
- Neural networks
- Neural networks
- Neural networks and computational intelligence
- Neural networks theoretical immunology
- Neural networks: spontaneous pattern formation
- Signal processing and neural networks
- Statistical physics, Granular media, Complex systems, Random networks and Neural networks
-
new
- Applications of new power devices
- Development of new detectors for applications in nuclear and high energy physics experiments
- Development of new research tools
- Development of new techniques for medical imaging
- Development of new technologies for renewable energy sources
- Implementation of new trenchless technologies
- New electrical machines structures
- New generation solar cells
- New kinds of non-crystalline solids: Nano-glasses
- New materials with honeycomb structures: Silicene, Germanene and MX2
- New physics beyond the Standard Model (SM)
- New residual stress measurement technologies
- Sustainability assessment, energy planning, new and renewable energy technologies
-
nonlinear
- Application of machine learning to nonlinear dynamics
- Cellular neural/nonlinear networks
- Chaotic dynamics of nonlinear oscillators
- Extreme nonlinear optics
- Fractal structures in nonlinear dynamics, e.g. fractal basin boundaries, Wada basins
- Fractal structures in nonlinear dynamics: fractal basins, Wada basins, basin entropy
- Linear and nonlinear analysis of structures (beams, plates, shells, membranes, cables) under static and dynamic loads
- Linear and nonlinear analysis of viscoelastic plates and membranes modeled with multi-term fractional derivative models
- Linear and nonlinear flutter instability
- Linear and nonlinear modeling
- Linear and nonlinear system and circuit theory
- Nonlinear (initial/boundary value) problems of static/dynamic instability of conservative and non-conservative systems
- Nonlinear Patterns and defects
- Nonlinear and complex dynamical systems
- Nonlinear and complex dynamical systems
- Nonlinear and ultrafast optics and spectroscopy
- Nonlinear circuits and systems
- Nonlinear continuum mechanics
- Nonlinear control systems
- Nonlinear control theory
- Nonlinear dynamic techniques for communication circuits
- Nonlinear dynamical systems
- Nonlinear dynamics
- Nonlinear dynamics
- Nonlinear dynamics and chaos
- Nonlinear dynamics and chaos in dynamical systems
- Nonlinear dynamics and classical chaos
- Nonlinear dynamics and complex systems
- Nonlinear dynamics of wheels
- Nonlinear dynamics, bifurcation and chaos
- Nonlinear dynamics, control of quantum transport
- Nonlinear dynamics, quantum- and wave dynamical chaos
- Nonlinear finite element methods
- Nonlinear function approximation for sensor circuits
- Nonlinear lattice dynamics, Soliton-assisted electron transport (Solectron transport)
- Nonlinear methods (support vector machines, multilinear algebra) for data processing and optimization techniques
- Nonlinear optics
- Nonlinear optics
- Nonlinear phononics
- Nonlinear resonances: vibrational resonance and stochastic resonance
- Nonlinear signal processing
- Nonlinear systems
- Nonlinear systems and chaotic motions
- Nonlinear vibrations
- Nonlinear vibrations
- Nonlinear viscoelasticity and viscoplasticity
- Nonlinear waves
- Novel nanocomposites for electronic, photonic and nonlinear optical applications
- Pattern formation and competition in nonlinear active and passive optics and in excitable media
- Processes and nonlinear equations
- Selforganization in complex nonlinear systems
- Surface optical techniques/ Integrated optics/ nonlinear optics
- nonlinear optics -
-
nuclear
- Application of nuclear structure physics to nuclear technology, particularly, nuclear transmutation for radioactive waste
- Basic science of nuclear materials
- Brilliant and monochromatic gamma beam ( 0.2-20 MeV) for Nuclear Structure
- Dense matter in supernovae, thermodynamics of atomic nuclei, nuclear collisions
- Development of new detectors for applications in nuclear and high energy physics experiments
- Direct nuclear reactions
- Elastic, inelastic scattering and transfer reactions with nuclear (stable and radioactive) beams
- Energy and sustainability questions, in particular the future role of advanced nuclear options
- Exotic nuclear decays
- Experimental nuclear physics
- Experimental nuclear physics
- Experimental nuclear physics and applied areas (heavy-ion driven material science, proton and hadron therapy, radio-isotopes)
- Experimental nuclear physics and nuclear astrophysics, with expertise in nuclear structure and nuclear reactions
- Fundamental interactions in nuclear transitions
- Geological disposal of high level nuclear waste
- Heavy flavor productions in high-energy nuclear collisions
- High energy nuclear collision
- High energy nuclear physics
- High-energy nuclear collisions and emergent properties of QCD
- Indirect techniques for nuclear astrophysics
- Large scale nuclear structure calculations with conventional shell model and Monte Carlo Shell Model
- Low-energy nuclear effective field theory
- Novel nuclear rotation - nuclear chirality
- Nuclear reactions with heavy ions
- Nuclear and atomic physics and
- Nuclear and particle physics
- Nuclear astrophysical applications - r-process nucleo-cosmochronology
- Nuclear astrophysics
- Nuclear astrophysics
- Nuclear astrophysics (light elements in the Universe, CNO cycle)
- Nuclear astrophysics using radioactive-ion beams
- Nuclear collective states
- Nuclear detection techniques
- Nuclear energy
- Nuclear instrumentation
- Nuclear instrumentation (magnetic devices; detectors; diagnostics)
- Nuclear magnetic resonance
- Nuclear matter equation of State
- Nuclear methods and techniques
- Nuclear neutrino-less double-beta decay
- Nuclear physics
- Nuclear physics
- Nuclear physics (parity violation, proton polarized beams)
- Nuclear physics and applications
- Nuclear reactions
- Nuclear reactions
- Nuclear reactions at low-momentum transfers
- Nuclear reactions with light and heavy ions
- Nuclear reactions: direct transfer reactions; elastic and inelastic scattering; charge-exchange reactions
- Nuclear reactions; knock-out reactions; Coulomb excitation
- Nuclear reactor engineering
- Nuclear shell model
- Nuclear structure
- Nuclear structure
- Nuclear structure and electromagnetic interactions
- Nuclear structure and reactions
- Nuclear structure and reactions using electron scattering
- Nuclear structure physics
- Nuclear structure using radioactive-ion beams
- Nuclear structure: single-particle and collective modes of excitation; isobaric analog states; exotic nuclei
- Nuclear waste disposal
- Nuclear weak interactions and astrophysical applications
- Phase diagram of nuclear matter
- Phase transition of nuclear matter
- Phenomenology of high energy nuclear collisions
- Production of heavy quarkonia and cold nuclear matter effects
- Properties of hadrons in nuclear matter under extreme conditions of energy density and temperature
- Radioactive nuclear beam theory
- Relativistic heavy ion collisions and the nuclear equation of state
- Research on radioactivity, beta decay, exotic nuclear decay modes
- Safety management related to nuclear installations
- Structural integrity of aerospace and nuclear plant
- Theoretical high energy nuclear physics
- Theoretical nuclear physics
- Theoretical nuclear physics
- Theoretical nuclear physics - nuclear structure
- Theoretical nuclear physics - nuclear structure
- Theoretical nuclear spectroscopy
- Underground nuclear physics
- Using storage rings for nuclear structure studies
- Utilising radioactive ions for nuclear structure studies
-
nucleus
- Active galactic nuclei
- Algebraic description of high-angular momentum states in nuclei
- Beta decay and magnetic moment studies of mirror nuclei
- Cloud condensation nuclei
- Collisions of nuclei at ultrarelativistic energies
- Decay of compound nucleus
- Dense matter in supernovae, thermodynamics of atomic nuclei, nuclear collisions
- Exotic Nuclei
- Exotic nuclei
- Exotic nuclei - halo phenomena
- Hadronic physics 3-dimensional (3D) Tomography of the nucleus
- Halo nuclei and reaction mechanisms
- Light nuclei
- Microscopic description of ground and excited states of nuclei
- Nuclear structure: single-particle and collective modes of excitation; isobaric analog states; exotic nuclei
- Properties of extremely unstable nuclei ("nucleon halos")
- Properties of nuclei far from stability
- Structure and reactions of exotic nuclei
- Study of exotic nuclei far from stability
- Superheavy nuclei
- Symmetries and invariance principles in nuclei
- Symmetries in nuclei
- Understanding atomic nuclei
- Weak interactions in nuclei
- Weak processes in the nucleus
-
optic
- Applications of ultrashort laser pulses to non-linear optics
- Atom optics and ultra-cold atoms (1992-present)
- Coherent optics (1969-1971)
- Experimental quantum optics
- Extreme nonlinear optics
- Matter wave optics
- Nanophotonics and flat optics
- Non linear optics
- Non-linear optics
- Nonlinear and ultrafast optics and spectroscopy
- Nonlinear optics
- Nonlinear optics
- Nonlinear-magneto Optics
- Optics
- Optics (thin metal layers)
- Optics of atomically thin quantum devices and emergent many-body physics based on layered materials heterostructures
- Pattern formation and competition in nonlinear active and passive optics and in excitable media
- Quantum optics
- Quantum optics
- Quantum optics (Markovian and non-Markovian dynamics)
- Quantum optics (laser cooling)
- Quantum optics in nanoscale semiconductors
- Surface optical techniques/ Integrated optics/ nonlinear optics
- Surface plasmon optics
- Theoretical and experimental quantum optics
- Theoretical quantum optics and atomic physics
- Twentieth Century History of Optics and Opto-electronics
- Ultrafast optics
- nonlinear optics -
-
particle
- Accelerator based particle physics
- Charged particle traps, including for antiparticles
- Charged particles penetration through solids
- Construction and operation of large particle detector systems for studying electron-positron collisions
- Cryogenic detectors of particles and weak forces
- Detectors for particle physics experiments
- Determining the fundamental particles of the universe
- Development of laser-driven brilliant X-ray & particle sources
- Elementary particle physics
- Elementary particle physics
- Elementary particle physics (electron and neutron scattering)
- Elementary particle physics (experimental)
- Elementary particles
- Elementary particles
- Experimental particle physics
- Experimental particle physics
- Femtoscopy, particle correlations, Bose-Einstein correlations,
- Formation of pollutants in combustion, NOx and particles
- High energy particle physics (both theory and experiment)
- Intense fields and particles
- Nuclear and particle physics
- Origin of the masses of particles
- Particle accelaration
- Particle accelerators
- Particle astrophysics
- Particle cosmology
- Particle detectors
- Particle physics
- Particle physics theory and phenomenology
- Particle production in intense fields
- Particle track production mechanisms
- Physics of particles
- Renormalization group methods in particle physics
- Suprathermal particle physics
- Theoretical particle physics
-
phase
- Coupled structural and electronic phase transitions in quantum materials
- Dense hadronic matter and QCD phase transitions,
- Dynamical symmetries at the critical point of phase transitions
- Fundamental studies of phase transitions, relaxation dynamics of magnetic excitations on macroscopic, mesoscopic and nanoscopic scales
- Generation if high phase space density ion beams
- Lipid membranes: phase transitions
- Non-equilibrium phase transitions and critical phenomena
- Phase diagram of nuclear matter
- Phase relationships of non-oxide based ceramics
- Phase transformations
- Phase transition of nuclear matter
- Phase transitions
- Phase transitions and critical phenomena
- Phase transitions and statistical mechanics
- Phase transitions under hydrostatic pressure
- QCD phase diagram
- Quantum phase
- Ultra-fast photoinduced phase transitions
-
phenomenon
- Acoustic and elastic wave propagation phenomena (attentuation, dispersion, reflection/transmission, scattering, localization)
- Aggregation phenomena
- Bandstructure engineering: Quantum phenomena in nanostructures and novel heterostrcuture/quantum devices
- Chaos and other phenomena
- Chemical kinetics and rate phenomena
- Collective phenomena
- Collective phenomena in biological systems (flocking, oscillations, crowds)
- Coupling between electromechanical, electrical, and transport phenomena on the nanoscale in functional oxides and biological systems
- Critical phenomena and field theoretic renormalization group on arbitrary networks
- Critical phenomena, disorder effects in statistical mechanics
- Electronic correlation effects and cooperative phenomena in thin films and nanostructures
- Emergent phenomena in nanostructured transition metal oxides
- Emergent phenomena in nature and physics
- Exotic nuclei - halo phenomena
- Interfacial phenomena in metal-matrix or ceramic-matrix composites
- Mesoscopic (nano-scale) phenomena
- Non-equilibrium phase transitions and critical phenomena
- Non-equilibrium phenomena
- Optical investigation of non-equilibrium many-body phenomena
- Phase transitions and critical phenomena
- Shock phenomena
- Spin-dependent phenomena
- Stochastic phenomena in physics and in engineering sciences
- Stochastic phenomena: /Brownian motors/Stochastic Resonance
- Surface tension-driven phenomena
- Threshold phenomena for Schrödinger type operators
- Unstable systems, decay and resonance phenomena
-
physical
- Cyber physical systems
- Fundamental physical constants
- High pressure crystallization and physical properties of GaN, AlN and InN
- Macroscopic physical properties of matter
- Meteorology and physical oceanography
- Multisensor systems for extracting information from physical world
- Physical and mathematical modeling of multi-phase processes
- Physical biology
- Physical chemistry
- Processing and physical properties of nanocomposites
-
plasma
- Discovery of jet quenching in a strongly interacting Quark-Gluon Plasma
- Electron, chemical and plasma physics
- Experimental plasma physics
- Fusion plasma diagnostics
- Fusion plasma physics
- Generation of highly ionized ions in plasmas
- Heating of fusion plasma
- Laser produced plasmas
- Low temperature plasma physics
- Low-temperature plasma applications
- Physics of burning plasmas
- Physics with ultra-intense light pulses,relativistic plasma, and aneutronic fusion
- Plasma Physics
- Plasma Physics
- Plasma catalysis
- Plasma chemistry
- Plasma control
- Plasma diagnostics
- Plasma health care and medicine
- Plasma magnetic confinement
- Plasma magnetohydrodynamic stability
- Plasma modelling
- Plasma nanoscience
- Plasma spectroscopy
- Plasma technology
- Plasma waves
- Quark - gluon plasma: strangeness, magnetic mass
- Quark Gluon Plasma
- Quark gluon plasma research in high energy nucleus-nucleus collisions
- Quark-Gluon Plasma as a Perfect Fluid
- Quark-gluon plasma
- Quark-gluon plasma
- Relativistic heavy ion collisions and Quark Gluon Plasma
- Transport in strongly magnetized plasmas
- Vacuum structure and quark deconfinement and quark-gluon plasma
-
power
- AC-DC hybrid power system operation and control
- Applications of new power devices
- Design of ultra low power CMOS circuits
- Discrete scale invariance and log-periodic power laws
- Electric power grid
- Flexible AC power transmission system
- Fusion power plants
- High power Laser (>1PW), Laser Driven QED and Subatomic physics (Extreme Ligth Infrastructure)
- High power devices
- High power high speed GaN/AlGaN nnotransistors
- High power lasers
- Micro power systems
- Modelling and simulation of AC-DC power systems with high share of renewable energy sources interfaced by power electronics converters
- Power conditioning systems for fuel cells applications
- Power electronics conversion
- Power electronics converter control
- Power market
- Power system optimization
- Renewable energy power system dispatch and control under uncertainties
- Renewable power generation
- Voting power and voting systems
-
processing
- Analog signal processing
- Applied mathematics in information processing, social media, communication
- Audio signal processing
- Bio-medical signal processing
- Biomedical signal processing
- Data analysis and signal processing
- Digital signal processing
- Finite wordlength effects in signal processing and control
- Image processing
- Intelligent control and information processing
- Medical image processing
- Multimedia signal processing
- Nanoscale synthesis and processing
- Nonlinear methods (support vector machines, multilinear algebra) for data processing and optimization techniques
- Nonlinear signal processing
- Oil and gas processing
- Powder processing
- Processing and physical properties of nanocomposites
- Quantum information processing
- Quantum information processing
- Radar signal processing
- Robust singal processing
- Signal processing
- Signal and image processing
- Signal processing
- Signal processing
- Signal processing and neural networks
- Solid-state quantum information processing
- Spectral and algebraic methods in signal processing
- Statistical signal processing
- Statistical signal processing
-
property
- Atomic structure and properties of inter-crystalline interfaces
- Cross effects between mechanical and magnetic properties in metallic glasses
- Electronic properties and materials
- Fundamental quantum properties
- High pressure crystallization and physical properties of GaN, AlN and InN
- High-energy nuclear collisions and emergent properties of QCD
- Lattice properties of metals and alloys
- Macroscopic physical properties of matter
- Materials with extreme and rare properties
- Measurement of transport and magnetic properties
- Mechanical and structural properties of surfaces
- Mechanical properties
- Mechanical properties of amorphous materials
- Mechanical properties of graphene and other 2D materials
- Mechanical properties of materials
- Mechanical property analysis of non-oxide based ceramics
- Multiscale Modeling of Materials, linking microscopic and macroscopic properties
- Non classical properties of light as tests of the foundations of quantum mechanics (1974-1985)
- Optical properties of high temperature superconductors
- Optical properties of quantum nanostructures
- Optical properties of surfaces, thin films, semiconductors and low-dimensional structures
- Processing and physical properties of nanocomposites
- Properties of extremely unstable nuclei ("nucleon halos")
- Properties of hadrons in nuclear matter under extreme conditions of energy density and temperature
- Properties of nuclei far from stability
- Properties of strongly interacting matter
- Quantitative measurements of local properties by SPM
- Relationship between structure and properties of metal surfaces at metal-gas and metal-liquid interfaces
- Spectral and scattering properties of quantum waveguides
- Structure Process Property Relations of materials, i.e. the relevance of sample history on morphology and function
- Structure and dynamic properties of monolayers, micelles, thin liquid films, foams, emulsions and microemulsions
- The self-assembly, properties, and applications of photonic crystals
- Thermal property analysis of non-oxide based ceramics
- Transport properties of unsaturated soils
-
quantum
- Applications of ultrashort laser pulses to study of ultrafast processes in polymers and quantum confined systems
- Applied quantum field theory
- Axiomatic quantum field theory
- Bandstructure engineering: Quantum phenomena in nanostructures and novel heterostrcuture/quantum devices
- Cavity quantum electrodynamics
- Classical and quantum fluid dynamics
- Classical and quantum magnetism and nanomagnetism
- Control of open quantum systems and decoherence
- Control of quantum thermodynamics
- Control of quantum transport
- Coupled structural and electronic phase transitions in quantum materials
- Dissipative quantum systems
- Dissipative quantum systems
- Driven Quantum Transport/Floquet engieneering
- Engineering of quantum field-matter interactions and dispersion forces in confined media
- Experimental quantum optics
- Foundations of quantum and statistical mechanics
- Foundations of quantum mechanics
- Foundations of quantum mechanics and quantum entanglement
- Foundations of quantum physics
- Foundations of quantum theory
- Fundamental quantum properties
- Group-theoretical methods in Quantum Field Theory and Supersymmetry
- Lasers and quantum electronics
- Light-matter quantum interfaces in solids for quantum network hardware
- Limits of Quantum Physics
- Loop quantum gravity
- Mathematical methods of quantum theory
- Mathematical physics, in particular quantum theory and statistical physics
- Models of quantum spacetime
- Nanophotonics: photonic crystals and quantum dots
- Nanoscale quantum sensing and imaging using diamond-based magnetometry
- Nature of Time and Space - Wormholes, Quantum Foam and All That
- Non classical properties of light as tests of the foundations of quantum mechanics (1974-1985)
- Non-equilibrium quantum field theory
- Nonlinear dynamics, control of quantum transport
- Nonperturbative methods in quantum field theory
- Optical properties of quantum nanostructures
- Optics of atomically thin quantum devices and emergent many-body physics based on layered materials heterostructures
- Physics of GaN-based crystals and quantum structures
- Quantum ChromoDynamics
- Quantum Dots
- Quantum Hall effect
- Quantum Hall effect
- Quantum Monte Carlo simulations of many-body systems, in particular electron gas
- Quantum Technologies
- Quantum Transport of Electrons
- Quantum beat studies
- Quantum cascade lasers
- Quantum cascade lasers
- Quantum chaos
- Quantum chaos
- Quantum classical correspondence for classically chaotic systems
- Quantum collision theory
- Quantum communication
- Quantum communication (state transfer, quantum key-distribution)
- Quantum communications
- Quantum computation
- Quantum computing
- Quantum computing
- Quantum control
- Quantum cryptography
- Quantum cryptography
- Quantum decision theory
- Quantum dots
- Quantum effects
- Quantum electrodynamics
- Quantum electronic transport
- Quantum electronics
- Quantum entanglement
- Quantum field theory
- Quantum field theory at finite temperature,
- Quantum fluids and solids
- Quantum gravity
- Quantum information
- Quantum information
- Quantum information (generalized measurement, state comparison and identification)
- Quantum information and thermodynamics
- Quantum information processing
- Quantum information processing
- Quantum information science
- Quantum information theory
- Quantum information theory and computer science
- Quantum many-body physics
- Quantum many-body theory
- Quantum measurements for state engineering
- Quantum mechanics
- Quantum mechanics
- Quantum mechanics and quantum entanglement
- Quantum mechanics on graphs and surfaces
- Quantum networks and applications
- Quantum open software
- Quantum open systems
- Quantum optical control of spins and spin ensembles in semiconductors
- Quantum optical solitons
- Quantum optics
- Quantum optics
- Quantum optics (Markovian and non-Markovian dynamics)
- Quantum optics (laser cooling)
- Quantum optics in nanoscale semiconductors
- Quantum origin of the universe
- Quantum phase
- Quantum physics
- Quantum physics of ultracold atoms
- Quantum sensors and applications
- Quantum simulation
- Quantum simulation with ultracold atoms in optical lattices
- Quantum simulations
- Quantum structures and devices
- Quantum technologies: 3He-4He Dilution refrigerators, dc Squid electronics
- Quantum thermodynamics
- Quantum thermodynamics
- Quantum transport
- Quantum transport and mesoscopics
- Quantum walks (theory and experiments)
- Random matrices and quantum chaos
- Relativistic Quantum Chaos
- Relativistic quantum mechanics; Dirac Hamiltonians
- Solid-state quantum information processing
- Spectral and scattering properties of quantum waveguides
- Strongly correlated quantum systems
- Theoretical and experimental quantum optics
- Theoretical quantum optics and atomic physics
- Theory of Open quantum systems.
- Ultracold quantum gases
-
radiation
- Atomic and molecular radiation physics
- Development of novel identification methods, mainly based on Cherenkov radiation
- Dosimetry of ionising radiation
- High-order harmonic generation for production of coherent radiation in the XUV
- Instrumentation, in particular for synchrotron radiation
- Interactions between matter and radiation
- Radiation protection
- Radiation therapy
- Strong field, critical acceleration, radiation reaction
- Synchrotron radiation, X-Ray free electron laser (X-FEL)
- Terahertz Radiation
-
reaction
- Charge-exchange reactions
- Direct nuclear reactions
- Elastic, inelastic scattering and transfer reactions with nuclear (stable and radioactive) beams
- Experimental nuclear physics and nuclear astrophysics, with expertise in nuclear structure and nuclear reactions
- Hadronic reactions
- Halo nuclei and reaction mechanisms
- Iso-spin in heavy ion reaction
- Nuclear reactions with heavy ions
- Nuclear reactions
- Nuclear reactions
- Nuclear reactions at low-momentum transfers
- Nuclear reactions with light and heavy ions
- Nuclear reactions: direct transfer reactions; elastic and inelastic scattering; charge-exchange reactions
- Nuclear reactions; knock-out reactions; Coulomb excitation
- Nuclear structure and reactions
- Nuclear structure and reactions using electron scattering
- Photonuclear reactions (meson photoproduction)
- Piezonuclear reactions
- Reaction engineering
- Reaction physics with stable and radioactive beams
- Strong field, critical acceleration, radiation reaction
- Structure and reactions of exotic nuclei
- Symmetries and symmetry breaking in hadronic reactions
- Thin film growth by chemical reaction
- Two nucleon transfer reactions
-
relativistic
- Brownian motors and relativistic Brownian motion and Relativistic Thermodynamics
- Hydrodynamic and thermal statistical models for relativistic A+A collisions
- Kinetic relativistic transport theory
- Physics with ultra-intense light pulses,relativistic plasma, and aneutronic fusion
- Relativistic Quantum Chaos
- Relativistic causality
- Relativistic fluid dynamics
- Relativistic fluids
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions
- Relativistic heavy ion collisions and Quark Gluon Plasma
- Relativistic heavy ion collisions and the nuclear equation of state
- Relativistic heavy ions
- Relativistic heavy ions and proton spin
- Relativistic heavy-ion physics
- Relativistic hidrodynamics
- Relativistic hydrodynamics
- Relativistic hydrodynamics
- Relativistic quantum mechanics; Dirac Hamiltonians
- Relativistic statistical mechanics and thermodynamics
- Relativistic statistical physics
- Relativistic thermodynamics
-
resonance
- Giant resonances
- Giant resonances, neutron-skin thickness measurements
- Interventional magnetic resonance imaging
- Magnetic resonance imaging
- Nonlinear resonances: vibrational resonance and stochastic resonance
- Nuclear magnetic resonance
- Resonance fluorescence in intense resonant laser beams
- Safety of magnetic resonance imaging
- Stochastic phenomena: /Brownian motors/Stochastic Resonance
- Transmit array technology for magnetic resonance imaging
- Unstable systems, decay and resonance phenomena
-
scale
- Bridging the length scales
- Discrete scale invariance and log-periodic power laws
- Fundamental studies of phase transitions, relaxation dynamics of magnetic excitations on macroscopic, mesoscopic and nanoscopic scales
- Large scale computing
- Large scale energy storage grid integration
- Large scale nuclear structure calculations with conventional shell model and Monte Carlo Shell Model
- Multifragmentation: percolation models, scaling
- Multiscale Experimentation and Modeling: Bridging scales from nano to macro
- Size effects and scaling
- Time-resolved observation and control of atomic-scale electron motion on the attosecond-femtosecond time scale
- Very Large Scale Integration (VLSI) circuit design
- Very large scale integration circuits
-
science
- Applied and translational life sciences
- Attosecond science
- Basic science of nuclear materials
- Ceramic science
- Civil Engineering/ Earth Sciences
- Colloid and interface science
- Combustion science and technology
- Complex network sciences
- Computational materials science
- Computational materials science
- Computational science
- Computational science
- Data analysis of rare events in environmental sciences and climatology
- Electrical engineering and computer science
- Energy science and technology
- Engineering science
- Engineering sciences
- Fire science
- History of science
- History of science in general and history of modern physics in particular
- Information sciences
- Information sciences
- Magnetism and material sciences
- Material science
- Materials science
- Materials science
- Materials science and engineering
- Materials science and nano materials
- Materials science, material families
- Mesoscale science and engineering
- Modeling in computer sciences
- Natural sciences and engineering
- Network science
- Quantum information science
- Quantum information theory and computer science
- Science and innovation policy
- Science and society
- Science and society
- Space science instrumentation
- Stochastic phenomena in physics and in engineering sciences
- Surface and corrosion science
- Surface science, methods
- The science and technology of electrochemical devices, from sensors and fuel cells to batteries, supercapacitors, and actuators
- The science and technology of nanomaterials
- Ultrafast science
- X-ray science
-
semiconductor
- Carrier dynamics in semiconductors
- Coherent control in semiconductors
- Dilute magnetic semiconductors
- Diluted Magnetic Semiconductors
- Electronic structure of metals and semiconductors
- Magnetic semiconductors
- Metal oxide semiconductors
- Molecular beam epitaxy of semiconductors
- Optical properties of surfaces, thin films, semiconductors and low-dimensional structures
- Physics of semiconductors
- Physics, materials, and technology of semiconductor devices
- Physics, solid state, semiconductors
- Quantum optical control of spins and spin ensembles in semiconductors
- Quantum optics in nanoscale semiconductors
- Semiconductor Nanoelectronics
- Semiconductor epitaxy
- Semiconductor growth
- Semiconductor heterostructures
- Semiconductor nanostructures
- Semiconductors
- Semiconductors
- Semiconductors and semiconductor nanostructures
- THz semiconductor devices for telecommunications and imaging applications.-
- Ternary and multinary semiconductor compounds
- Transport of charge carriers in semiconductors
- semiconductor physics and technology-
-
signal
- Analog signal processing
- Audio signal processing
- Bio-medical signal processing
- Biomedical signal processing
- Data analysis and signal processing
- Digital signal processing
- Finite wordlength effects in signal processing and control
- Multimedia signal processing
- Nonlinear signal processing
- Radar signal processing
- Satellite communication of video and audio signals
- Signal processing
- Signal and image processing
- Signal detection & estimation
- Signal processing
- Signal processing
- Signal processing and neural networks
- Spectral and algebraic methods in signal processing
- Statistical signal processing
- Statistical signal processing
-
simulation
- Experimental set-up simulation and data analysis: algorithms and software for experimental set-up simulation and data analysis
- Modelling and simulation of AC-DC power systems with high share of renewable energy sources interfaced by power electronics converters
- Monte Carlo simulation of cluster models
- Monte Carlo simulations
- Monte-Carlo simulations for large detection systems
- Multiscale modeling and simulation
- Multiscale modelling and simulation
- Multiscale simulation
- Numerical modelling and simulation of THMC behaviour of soils and rocks
- Quantum Monte Carlo simulations of many-body systems, in particular electron gas
- Quantum simulation
- Quantum simulation with ultracold atoms in optical lattices
- Quantum simulations
- Simulation
-
solid
- Atomic collisions in solids
- Behavioural laws of solids and structural reliability
- Charged particles penetration through solids
- Condensed matter theory and solid state physics
- Electronic structure of solids
- Experimental solid state physics
- Extended systems: solids, liquids, Applications
- Fatigue, fracture and creep of engineering solids
- Light-matter quantum interfaces in solids for quantum network hardware
- Mechanics of deformable solids (concrete,rock,soil)
- Mechanics of deformable solids and related problems of continuum mechanics
- Microarchitectured solids
- Multi-particle detection within a large solid angle
- New kinds of non-crystalline solids: Nano-glasses
- Physics, solid state, semiconductors
- Quantum fluids and solids
- Rigorous results in statistical mechanics and solid state theory
- Solid mechanics
- Solid mechanics
- Solid state and condensed matter theory
- Solid state lasers
- Solid state physics
- Solid state physics
- Solid state physics (quantum liquids)
-
spectroscopy
- EUV/X-ray spectroscopy
- Gamma spectroscopy
- Gamma spectroscopy
- Gamma-ray spectroscopy
- High-precision spectroscopy of atoms and molecules
- Laser Raman Spectroscopy
- Laser spectroscopy
- Laser spectroscopy
- Molecular spectroscopy
- Non linear spectroscopy
- Nonlinear and ultrafast optics and spectroscopy
- Optical spectroscopy
- Photon correlation spectroscopy
- Plasma spectroscopy
- Precision femtosecond spectroscopy
- Raman spectroscopy
- Spectroscopy in Condensed Matter Physics
- Spectroscopy of s- and d-shell
- Spectroscopy: optical, Raman, ion scattering
- Theoretical nuclear spectroscopy
- Time-resolved spectroscopy
- Ultra-fast spectroscopy
- Ultra-high resolution laser spectroscopy
- Ultraprecise laser spectroscopy
- time-resolved spectroscopies,
-
stability
- Optimum solution of the stability of statues on the top of multi-spondyle columns
- Plasma magnetohydrodynamic stability
- Properties of nuclei far from stability
- Stability
- Stability analysis of earthworks
- Stability and chaos
- Stability of structures
- Stability of structures (beams, plates and shells)
- Stability theory
- Study of exotic nuclei far from stability
- Thermal stability of crystals
- Three-dimensional theory of stability of deformable bodies
- Vibration and stability issues of robots
-
statistical
- Critical phenomena, disorder effects in statistical mechanics
- Equilibrium statistical mechanics (rigorous)
- Foundations of quantum and statistical mechanics
- Hydrodynamic and thermal statistical models for relativistic A+A collisions
- Information theory and statistical inference
- Mathematical physics, in particular quantum theory and statistical physics
- Multivariate statistics, robust statistics, statistical inference and learning
- Non-equilibrium statistical mechanics
- Non-equilibrium statistical mechanics
- Non-equilibrium statistical physics
- Nonequilibrium thermodynamics and statistical mechanics
- Phase transitions and statistical mechanics
- Relativistic statistical mechanics and thermodynamics
- Relativistic statistical physics
- Rigorous results in statistical mechanics and solid state theory
- Statistical Physics of Soft matter
- Statistical mechanics
- Statistical mechanics
- Statistical models: multiplicative noise, generalized kinetics
- Statistical physics
- Statistical physics
- Statistical physics models of fractures and faults
- Statistical physics of complex systems
- Statistical physics, Granular media, Complex systems, Random networks and Neural networks
- Statistical physics, fractal growth, self-organized criticality and complex structures
- Statistical signal processing
- Statistical signal processing
- Statistical systems of random geometry
- Theoretical physics – statistical physics
- Theoretical physics – statistical physics in and far from equilibrium
- Theoretical physics, in particular statistical mechanics
-
structural
- Behavioural laws of solids and structural reliability
- Biogeographic and genetic aspects of structural coloration of butterflies
- Coupled structural and electronic phase transitions in quantum materials
- Elastodynamics and structural dynamics (impact loading, dynamic effects, vibration isolation, vibration control, etc.)
- Mechanical and structural properties of surfaces
- Mechanics of advanced structural materials
- Mechanics of materials and structures and structural safety
- Safety, reliability, risk and multi-criteria optimization of structural systems
- Seismic engineering and structural dynamics problems
- Seismic structural analysis and design
- Size effects in structural materials
- Structural analysis and applied mechanics
- Structural control and health monitoring
- Structural engineering
- Structural engineering
- Structural engineering and applied mechanics-dynamics
- Structural integrity of aerospace and nuclear plant
- Structural mechanics
- Structural mechanics
- Structural mechanics (reinforced concrete and steel structures, geotechnical structures, stability of structures)
- Structural optimization
- Structural, mechanical and spectroscopic characterization of polymers and composites
-
structure
- Active Deployable and Morphing Structures
- Algebraic structure models
- Application of nuclear structure physics to nuclear technology, particularly, nuclear transmutation for radioactive waste
- Atomic structure and properties of inter-crystalline interfaces
- Band structure of semicnductors also in presence of a strong magnetic field
- Band structures (pass-bands and band-gaps) and wave control in phononic crystals or periodic composite materials/structures
- Brilliant and monochromatic gamma beam ( 0.2-20 MeV) for Nuclear Structure
- Complex networks structure
- Composite materials and composite structures
- Composite materials and reinforced earth structures
- Composite materials and structures
- Computational mechanics of materials and structures
- Computational methods for life-time analyses of concrete and reinforced concrete structures
- Concrete structures
- Deterministic 3D assembly: using buckling to fabricate 3D structures from 2D platforms
- Electronic structure
- Electronic structure methods
- Electronic structure of metals and semiconductors
- Electronic structure of solids
- Experimental nuclear physics and nuclear astrophysics, with expertise in nuclear structure and nuclear reactions
- Fractal structures in nonlinear dynamics, e.g. fractal basin boundaries, Wada basins
- Fractal structures in nonlinear dynamics: fractal basins, Wada basins, basin entropy
- Fracture and damage mechanics, and fatigue analysis of engineering materials, components and structures
- Group theory, band structure, phonon spectra, ionic cohesion
- Hadron structure
- Hybrid structures
- Infrared spectra of self-assembled supramolecular structures and surfaces
- Large scale nuclear structure calculations with conventional shell model and Monte Carlo Shell Model
- Life-cycle performance of structures and infrastructure systems under uncertainty
- Linear and nonlinear analysis of structures (beams, plates, shells, membranes, cables) under static and dynamic loads
- Low dimensional structures
- Low dimensional structures
- Materials structure
- Mechanics of geomaterials and structures
- Mechanics of materials and structures and structural safety
- Mechanics of multifunctional (noise-absorbing, vibration-damping, heat-isolating and energy-saving) materials and structures
- Mechanics of natural and bio-inspired structures
- Mechanics of smart (piezoelectzric, magnetoelectroelastic, shape-memory) materials and structures
- Micromechanics of concrete materials and structures (effective properties, homogenization, interface defects, etc.)
- Multi-Scale analysis of materials and structures
- Nanoelectronic structures and devices
- New electrical machines structures
- New materials with honeycomb structures: Silicene, Germanene and MX2
- Nuclear structure
- Nuclear structure
- Nuclear structure and electromagnetic interactions
- Nuclear structure and reactions
- Nuclear structure and reactions using electron scattering
- Nuclear structure physics
- Nuclear structure using radioactive-ion beams
- Nuclear structure: single-particle and collective modes of excitation; isobaric analog states; exotic nuclei
- Nucleon structure
- Nucleon structure
- Offshore structure
- Optical properties of surfaces, thin films, semiconductors and low-dimensional structures
- Phonon physics and engineering in low dimensional structures
- Physics of GaN-based crystals and quantum structures
- Plate and shell structures
- Proton structure
- Quantum structures and devices
- Relationship between structure and properties of metal surfaces at metal-gas and metal-liquid interfaces
- Resilience and sustainability of structures and distributed infrastructure
- Response of structures under nonconservative loads
- Shell structures
- Smart Materials and Structures
- Space-time structure of hadron-nucleus interactions
- Spin structure of the nucleons
- Stability of structures
- Stability of structures (beams, plates and shells)
- Static and dynamic analysis of continuously nonhomogeneous functionally graded materials (FGMs) and structures
- Statistical physics, fractal growth, self-organized criticality and complex structures
- Steel structures
- Structure Health Monitoring
- Structure Process Property Relations of materials, i.e. the relevance of sample history on morphology and function
- Structure analysis
- Structure and dynamic properties of monolayers, micelles, thin liquid films, foams, emulsions and microemulsions
- Structure and dynamics
- Structure and dynamics of complex networks
- Structure and dynamics of thin molecular films
- Structure and reactions of exotic nuclei
- Structure of hadronic matter
- Structured analog design and methods for analog design optimization
- Structured light
- Theoretical nuclear physics - nuclear structure
- Theoretical nuclear physics - nuclear structure
- Transport of Phonons/Heat in low dimensional nano structures
- Using storage rings for nuclear structure studies
- Utilising radioactive ions for nuclear structure studies
- Vacuum structure and quark deconfinement and quark-gluon plasma
-
study
- Applications of ultrashort laser pulses to study of ultrafast processes in polymers and quantum confined systems
- Beta decay and magnetic moment studies of mirror nuclei
- Construction and operation of large particle detector systems for studying electron-positron collisions
- Fundamental studies of phase transitions, relaxation dynamics of magnetic excitations on macroscopic, mesoscopic and nanoscopic scales
- Hadronic physics problems studied with electrons, muons, pions and protons
- Low-energy studies of fundamental symmetries
- Matrix effects in PIXE studies
- Molecular ion beam studies (Coulomb Explosion)
- Quantum beat studies
- Single-Cell Studies: Probing life at the single-cell level
- Spectroscopic studies on clusters and biomolecules
- Study of exotic nuclei far from stability
- Study of shell closure around magic numbers 20, 28, 50
- Theoretical and experimental studies of novel known and unknown forms of carbon
- Theoretical and experimental studies of secondary stray magnetic fields
- Using storage rings for nuclear structure studies
- Utilising radioactive ions for nuclear structure studies
-
superconductivity
- Color superconductivity
- High temperature superconductivity
- Interface superconductivity, interface physics, heterostructures, superlattices
- Superconductivity
- Superconductivity
- Superfluidity and superconductivity
- Theory of high Tc superconductivity and related problems
- Unconventional superconductivity
- Unconventional superconductivity
-
surface
- Advanced surface analytical techniques
- Applied physics: surface production of negative ions
- Infrared spectra of self-assembled supramolecular structures and surfaces
- Laser peening and other life extending surface treatment technologies
- Laser surface modifications
- Mechanical and structural properties of surfaces
- Optical properties of surfaces, thin films, semiconductors and low-dimensional structures
- Quantum mechanics on graphs and surfaces
- Reconfigurable Intelligent Surfaces
- Relationship between structure and properties of metal surfaces at metal-gas and metal-liquid interfaces
- Surface and bulk light scattering, excited surface waves techniques, ellipsometry, fluorescence recovery, brewster angle microscopy, videomicroscopy
- Surface and corrosion science
- Surface and interface effects in nao-materials and nano-structures (nano-ribbons, nano-tubes, nano-plates, nano-shells, etc.
- Surface and interface magnetism
- Surface engineering
- Surface engineering and coating technology
- Surface optical techniques/ Integrated optics/ nonlinear optics
- Surface physics
- Surface plasmon optics
- Surface science, methods
- Surface tension-driven phenomena
- Surfaces and interfaces
- Unmanned surface vehicles
-
symmetry
- Chiral symmetry and strange matter
- Coupled electronic instability and symmetry breaking
- Dynamical symmetries
- Dynamical symmetries at the critical point of phase transitions
- Fundamental symmetries
- Low-energy studies of fundamental symmetries
- Symmetries
- Symmetries and invariance principles in nuclei
- Symmetries and representational theory
- Symmetries and symmetry breaking in hadronic reactions
- Symmetries in nuclei
- Symmetry breaking
- Symmetry groups
-
technique
- Advanced surface analytical techniques
- Developing analysis techniques for various experiments
- Developing novel SPM techniques
- Development of laser-based spectroscopic detection techniques
- Development of new techniques for medical imaging
- Development of novel microscopy techniques
- Fractal techniques in engineering
- ISOL experimental techniques
- Indirect techniques for nuclear astrophysics
- Information techniques
- Many-body physics and techniques
- Nonlinear dynamic techniques for communication circuits
- Nonlinear methods (support vector machines, multilinear algebra) for data processing and optimization techniques
- Nuclear detection techniques
- Nuclear methods and techniques
- Pulse compression of high-energy femtosecond pulses by non-linear techniques
- Scanned probe microscopy techniques
- Surface and bulk light scattering, excited surface waves techniques, ellipsometry, fluorescence recovery, brewster angle microscopy, videomicroscopy
- Ultra-low temperature techniques and their applications for cosmology
-
technology
- Accelerator technology
- Application of nuclear structure physics to nuclear technology, particularly, nuclear transmutation for radioactive waste
- Clean air technologies, air quality
- Combustion science and technology
- Development of new technologies for renewable energy sources
- Electronic device design in advanced technologies
- Energy Harvesting: Knowledge for future nanowire technology
- Energy science and technology
- Energy, environmental, health, and other industrial technologies
- Femto- and atto-second technology
- Fuel cell technology
- Implementation of new trenchless technologies
- Innovations and technology transfer to industry
- Laser peening and other life extending surface treatment technologies
- Materials technology
- Mitigation, Kyoto mechanisms, capacity building and technology transfer in the context of climate change
- Modern technologies
- New residual stress measurement technologies
- Physics, materials, and technology of semiconductor devices
- Plasma technology
- Quantum Technologies
- Quantum technologies: 3He-4He Dilution refrigerators, dc Squid electronics
- Sensor technology
- Surface engineering and coating technology
- Sustainability assessment, energy planning, new and renewable energy technologies
- Sustainable technology
- Technology
- Technology (electron cyclotron heating, material science, superconductivity) for fusion reactors (ITER, DEMO)
- Technology transfer
- Technology transfer and outreach
- The science and technology of electrochemical devices, from sensors and fuel cells to batteries, supercapacitors, and actuators
- The science and technology of nanomaterials
- Transmit array technology for magnetic resonance imaging
- Wireless technologies
-
theoretical
- Computational and theoretical biophysics
- Experimental and theoretical research in condensed matter physics (metals, magnetism, magnetic nanostructures, spin electronics)
- Mathematical and general theoretical physics
- Neural networks theoretical immunology
- Solid-state diffusion and kinetics, based on experimental, theoretical, and computer-simulation activities
- Theoretical Physics-Hadron Physics/QCD
- Theoretical Soft Matter Physics with focus on macromolecular materials
- Theoretical and applied mechanics
- Theoretical and computational astrophysics
- Theoretical and experimental quantum optics
- Theoretical and experimental studies of novel known and unknown forms of carbon
- Theoretical and experimental studies of secondary stray magnetic fields
- Theoretical condensed matter physics
- Theoretical condensed matter physics
- Theoretical high energy nuclear physics
- Theoretical kinematics
- Theoretical mechanics
- Theoretical nuclear physics
- Theoretical nuclear physics
- Theoretical nuclear physics - nuclear structure
- Theoretical nuclear physics - nuclear structure
- Theoretical nuclear spectroscopy
- Theoretical partcile physics
- Theoretical particle physics
- Theoretical physics
- Theoretical physics
- Theoretical physics of condensed matter
- Theoretical physics – statistical physics
- Theoretical physics – statistical physics in and far from equilibrium
- Theoretical physics, in particular statistical mechanics
- Theoretical quantum optics and atomic physics
-
theory
- Adiabatic expansions and asymptotic perturbation theory
- Algebraic coding theory
- Algebraic scattering theory
- Applied quantum field theory
- Axiomatic quantum field theory
- Bifurcation theory
- Bridging EDF and ab-initio theories
- Catastrophe theory
- Condensed matter physics - theory and experiment
- Condensed matter theory and solid state physics
- Control theory
- Critical behavior theory
- Density functional theory
- Diagrammatic perturbation theory as applied to condensed matter systems
- Dissipative processes and stochastic extension of time-dependent mean-field theory
- Dynamical mean-field theory
- Effective field theories
- Effective field theories
- Effective filed theory
- Effective theories of the strong interaction
- Energy density functional theory
- Energy density functional theory
- Energy-density-functional (EDF) theories
- Estimation theory
- Evolutionary game theory
- Few-body theory
- Field theory and neural networks
- Foundations of Many-Body Theory
- Foundations of quantum theory
- Foundations of time-dependent density functional theory
- Functional analysis, spectral theory
- Game theory
- General relativity and field theory
- Geometric control theory
- Group theory
- Group theory, band structure, phonon spectra, ionic cohesion
- Group-theoretical methods in Quantum Field Theory and Supersymmetry
- Higher-order shear and thickness deformation theories
- Implementation of (semi-classical) kinetic theories for clusters
- Information theory
- Information theory and statistical inference
- Kinetic relativistic transport theory
- Kinetic theory
- Lattice gauge theory
- Linear and nonlinear system and circuit theory
- Low-energy nuclear effective field theory
- Many body theory
- Mathematical methods of quantum theory
- Mathematical physics and string theory
- Mathematical physics, in particular quantum theory and statistical physics
- Mathematical system theory and its applications
- Mathematisation of Fiske's relational models theory
- Mechanics of materials: micro-scale plasticity theory based on dislocation models
- Nanomechanics: continuum mechanics theory for nanostructures based on interatomic potentials
- Network theory
- Non-equilibrium quantum field theory
- Nonlinear control theory
- Nonperturbative methods in quantum field theory
- Numerical range and operator theory
- Numerical realization of time-dependent density functional theory for highly non-linear processes
- Optimal control theory
- Particle physics theory and phenomenology
- Percolation theory
- Plasticity theory and finite elements
- Post-quantum theories of correlations
- Probabilistic approach of the yield design theory
- Quantum collision theory
- Quantum decision theory
- Quantum field theory
- Quantum field theory at finite temperature,
- Quantum information theory
- Quantum information theory and computer science
- Quantum many-body theory
- Radioactive nuclear beam theory
- Real-world network theory
- Rigorous results in statistical mechanics and solid state theory
- Solid state and condensed matter theory
- Spectral theory of magnetic Schrödinger operators
- Stability theory
- Stochastic modeling and queueing theory
- Stochastic theory
- String theory
- Superstring compactifications and their effective supergravity theories
- Symmetries and representational theory
- Theory and experiment
- Theory and phenomenology of the fundamental interactions
- Theory and practice of telecommunications switching, including photonic switching
- Theory of Open quantum systems.
- Theory of complex systems
- Theory of dynamical systems
- Theory of dynamical systems
- Theory of gravity
- Theory of high Tc superconductivity and related problems
- Theory of magnetism
- Theory of magnetism
- Theory of oscillations
- Theory of propagation and diffraction of elastic waves in multi-connected bodies and bodies with initial stresses
- Theory of scanning tunneling and atomic force microscopy
- Thermal field theory
- Three-dimensional theory of stability of deformable bodies
- Yield design theory
-
thermal
- Advanced thermodynamic analysis and modelling of solar thermal and photovoltaic applications
- Electronic and thermal transport
- Hydrodynamic and thermal statistical models for relativistic A+A collisions
- Nanoscale thermal transport in Si phononic crystals and 2D transition metal dichalcolgenides
- Thermal engineering
- Thermal field theory
- Thermal metamaterials: thermal cloak, thermal camouflage, thermal concentrator
- Thermal property analysis of non-oxide based ceramics
- Thermal rectification and thermal transistor
- Thermal scanning probe lithography
- Thermal stability of crystals
- Thermal stresses
-
thermodynamics
- Brownian motors and relativistic Brownian motion and Relativistic Thermodynamics
- Control of quantum thermodynamics
- Dense matter in supernovae, thermodynamics of atomic nuclei, nuclear collisions
- Non-extensive thermodynamics: additivity restoring condition for entropy formulas
- Nonequilibrium thermodynamics
- Nonequilibrium thermodynamics and statistical mechanics
- Quantum information and thermodynamics
- Quantum thermodynamics
- Quantum thermodynamics
- Relativistic statistical mechanics and thermodynamics
- Relativistic thermodynamics
- Thermodynamics
- Thermodynamics
-
transfer
- Computational fluid dynamics, heat transfer and combustion
- Elastic, inelastic scattering and transfer reactions with nuclear (stable and radioactive) beams
- Heat transfer
- Innovations and technology transfer to industry
- Mass transfer
- Mitigation, Kyoto mechanisms, capacity building and technology transfer in the context of climate change
- Nuclear reactions at low-momentum transfers
- Nuclear reactions: direct transfer reactions; elastic and inelastic scattering; charge-exchange reactions
- Spin cross-over, charge transfer, photoswitchability
- Technology transfer
- Technology transfer and outreach
- Two nucleon transfer reactions
-
transition
- Coupled structural and electronic phase transitions in quantum materials
- Critical behavior at dynamical transition points
- Dense hadronic matter and QCD phase transitions,
- Dynamical symmetries at the critical point of phase transitions
- Emergent phenomena in nanostructured transition metal oxides
- Fracture of brittle and ductile materials, the glass transition
- Fundamental interactions in nuclear transitions
- Fundamental studies of phase transitions, relaxation dynamics of magnetic excitations on macroscopic, mesoscopic and nanoscopic scales
- Lipid membranes: phase transitions
- Metal-insulator transitions
- Mott-Hubbard transitions
- Nanoscale thermal transport in Si phononic crystals and 2D transition metal dichalcolgenides
- Non-equilibrium phase transitions and critical phenomena
- Phase transition of nuclear matter
- Phase transitions
- Phase transitions and critical phenomena
- Phase transitions and statistical mechanics
- Phase transitions under hydrostatic pressure
- Quantum-to-classical transitions
- Stress related transformations including ferro electric and shape memory transitions
- Ultra-fast photoinduced phase transitions
-
transport
- Control of quantum transport
- Coupling between electromechanical, electrical, and transport phenomena on the nanoscale in functional oxides and biological systems
- Coupling hydrosystem compartments and complex flow and transport processes
- Driven Quantum Transport/Floquet engieneering
- Electronic and thermal transport
- Global transport processes
- Hadrochemistry: strangeness, kinetic and transport models
- Kinetic relativistic transport theory
- Measurement of transport and magnetic properties
- Modelling salt and water transport across cell membranes and pumping epithelia
- Nanoscale thermal transport in Si phononic crystals and 2D transition metal dichalcolgenides
- Nonlinear dynamics, control of quantum transport
- Nonlinear lattice dynamics, Soliton-assisted electron transport (Solectron transport)
- Quantum Transport of Electrons
- Quantum electronic transport
- Quantum transport
- Quantum transport and mesoscopics
- Transport in strongly magnetized plasmas
- Transport of Phonons/Heat in low dimensional nano structures
- Transport of charge carriers in semiconductors
- Transport properties of unsaturated soils
- Turbulence and turbulent transport processes
-
wave
- Acoustic and elastic wave propagation phenomena (attentuation, dispersion, reflection/transmission, scattering, localization)
- Band structures (pass-bands and band-gaps) and wave control in phononic crystals or periodic composite materials/structures
- Gravitational wave detectors
- Gravitational waves
- Gravity waves
- Matter wave optics
- Millimetre waves
- Modelling of wave interaction with natural and man-made coastal features
- Nonlinear dynamics, quantum- and wave dynamical chaos
- Nonlinear waves
- Plasma waves
- Surface and bulk light scattering, excited surface waves techniques, ellipsometry, fluorescence recovery, brewster angle microscopy, videomicroscopy
- Theory of propagation and diffraction of elastic waves in multi-connected bodies and bodies with initial stresses
- Travelling waves
- Wave propagation
- Waves, Solitons
-
other
- (Soft) condensed-matter physics
- - condensed matter physics and engineering-
- 3D auto-stereoscopic displays
- ALICE experiment at CERN LHC
- Accretion and accretion disks
- Acoustic and electromagnetic emissions
- Acoustic tomography
- Acoustics
- Additive manufacturing
- Additive manufacturing
- Adsorption
- Advanced processes for wastewater treatment
- Aero-materials
- Aerodynamics and aeroacoustics
- Aerohydroelasticity
- Aerospace
- Air bearings
- Algorithms
- Alice experiment at LHC
- Analytic parameterisations of Parton Distributions in deep-inelastic scattering
- Ancillary service
- Antimatter physics
- Antimicrobial resistance determinants in natural and engineered systems
- Applied mathematics
- Applied mathematics
- Applied physics
- Applied physics
- Aquatic filter feeding
- Architect
- Architectural acoustics
- Artificial intelligence
- Artificial muscles
- Astronomy
- Astroparticle physics
- Astroparticle physics
- Astrophysical p-process
- Atom interferometry
- Attosecond and strong-field physics
- Autistic intervention
- Automation
- Autonomous systems
- Autonomous systems
- Baryon and lepton number violation
- Big bang nucleosynthesis
- Bio-electronics
- Bioconvective pattern formation in suspensions of swimming micro-organisms
- Bioelectromagnetics
- Biofabrication
- Bioinformatics
- Biological Physics (animal swimming and flying)
- Biological and soft systems
- Biology - Biomedicine
- Biomaterials
- Biomathematics
- Biomechanics
- Biomechanics
- Biomimetics
- Biosensors
- Biosensors
- Blood flow and wall shear stress in arteries
- Bolometers
- Bose Einstein condensation
- Bose-Einstein condensation
- Bridges
- Brillouin scattering
- Building acoustics
- CDM cosmology
- CMOS
- Calorimeters
- Carbon nanotubes
- Carbon nanotubes and nanotube-type nanoarchitectures (coils, Y-junctions, etc.)
- Casimir forces (actuator and nonlinear oscillators based on Casimir forces)
- Causal dynamical triangulations
- Cavity QED
- Channeling
- Chaotic scattering in Hamiltonian Systems
- Chemical Vapor Infiltration (CVI) process
- Chemical physics
- Chemistry
- Chemo-mechanics
- Civil defense
- Climate change risk and adaptation in coastal areas
- Cluster physics
- Coastal processes (observations and modelling: waves, sea level and currents)
- Coastal protection including green and grey solutions
- Coastal resilience
- Coevolutionary games
- Cognitive neuroscience
- Cognitive radio
- Coherence and condensation in Condesed Matter Physics
- Cold atom physics
- Cold molecules
- Collective behavior of many-body systems
- Collective vibrational excitations in glasses
- Collectivity
- Collider physics
- Colloid-polymer mixtures
- Combustion chemistry
- Combustion diagnostics
- Cometary physics
- Compact objects (white dwarfs, neutron stars, black holes)
- Compact stellar objects
- Computer graphics
- Computers construction
- Computing
- Confinement phenomenology: color ropes, GEP, EOS
- Congestion managemen
- Constitutive (multi-scale) modeling of biosolids
- Construction, modernization and renovation of urban underground infrastructure
- Contact problems
- Contaminants of emerging concern in the environment and technical systems
- Controllable load
- Correlated nanophysical systems
- Correlated systems
- Cosmic matter-antimatter asymmetry
- Cosmic rays
- Cosmology
- Critical Point
- Crystallization of GaN, AlN and InN by HVPE
- Cyber security
- Cyber-physical systems
- Cybersecurity and intentional risk
- Cylinder-array cross-flow instabilities
- Cylinders in axial flow
- Damage and failure
- Dark Matter
- Dark matter in the universe
- Deep inelastic scattering
- Deformation twinning of nano-metals
- Delay-differential equations
- Determining the fundamental laws of nature
- Differentiable dynamical systems
- Differential equations
- Digital Photon Correlators
- Digital delta-sigma modulation
- Digital geometry
- Dimensional nanometrology.
- Discontinuous stabilization
- Discovery of the Giant Magnetoresistance
- Discrete mathematics
- Dislocations
- Disordered systems
- Dragon-kings and extreme risks
- Dynamical modelling in biology: ecology, neurodynamics
- Dynamical super-symmetries
- Dynamical systems
- Dynamical systems with delay
- Earthquake physics and prediction
- Earth’s magnetosphere
- Economy and financial markets
- Econophysics
- Econophysics and financial mathematics
- Electricity pricing
- Electromagnetic calorimeter
- Electromagnetic modulation for fault detection
- Electromagnetics
- Electronics
- Element 117
- Emergency management
- Environmental acoustics
- Environmental nanoscience
- Epidemiology
- Equations of motion of mechanical systems
- Erosion processes
- Evolution
- Evolution of galaxies
- Evolution of millisecond pulsars
- Evolution of young neutron stars
- Exact solutions of hydrodynamics
- Excitons, polaritons and microcavities
- Fallback Disks:
- Fatigue
- Fault diagnosis
- Faulting, jointing and damage
- Fax transmission
- Femtosecond optical parametric amplifiers in the near infrared and in the visible
- Ferroelectricity and piezoelectricity of ferroelectrics
- Ferroelectrics
- Few-body physics
- Fibres
- Financial crisis observatory
- Fire modeling/Wild fires
- Fish swimming
- Flexoelectricity
- Flood forecasting
- Flow and self-excited oscillations in collapsible tubes
- Fractal growth
- Fractals in physics
- Fractional calculus
- Fragmentation, comminution, drilling, and wear
- Frequency synthesis
- Front propagation into unstable states
- Fullerenes
- Fundamentals of nanoelectronics
- Fuzzy sets and systems
- Gallium nitride
- Gas flow and mixing in pulmonary airways
- Gas sensors
- General relativity
- General relativity
- Generation of elements and isotopes in stable or explosive (nuclear) burning of matter,
- Genome assembly (determining DNA sequences for species with large genomes)
- Geological disposal of radioactive waste
- Geomagnetism
- Geophysics
- Global Earthquake Forecasting System
- Gradient plasticity
- Grand unification
- Graphics recognition
- Gravitation and cosmology
- Gravitational physics
- Gravity
- Groundwater hydrologyolled
- Growth and preferential attachment
- Growth and remodeling of biosolids
- Hadron Physics
- Hadronization
- Hawkes process
- Heavy-ion Phenomenology
- Heavy-ion physics
- Heliosphere/Cosmic Rays
- High-energy heavy-ion physics
- High-energy physics
- High-speed analog to digital conversion
- High-temperature superconductors
- Highly conducting organic polymers
- History of physics
- History of physics
- Holography
- Human balancing
- Human cooperation and Altruistic punishment
- Human motion analytics
- Hybrid systems
- Hydraulic fracturing of rock
- Hydrodynamic instabilities and flows, turbulence
- Hydrodynamics
- Hydrology
- Hyperpolarization
- Hysteresis
- ICT Infrastructures and services
- Industrial organization
- Inelastic X-ray scattering
- Infrared, optical and Raman spectra of carbon nanotubes
- Insect aerodynamics
- Instabilities
- Instabilities and symmetry-breaking bifurcations
- Intelligent systems
- Intelligent transportation systems
- Interdiffusion processes in metallic and non- metallic systems
- Interdisciplinary physics
- Intermediate vector bosons (the W and Z bosons)
- Inventor of Rubik's cube and other twisting puzzles
- Inverse problems
- Island of inversion around N=20
- Jets and photons physics
- Knowledge-based systems
- Large deviations growth
- Life cycle management
- Life times of phonons
- Linear algebra
- Low-dimensional systems
- Low-emission combustion
- Low-noise aircraft
- MEMS
- Machine Learning Interatomic Potentials (MLIPs)
- Machine learning
- Machine learning and optimization
- Machine tool vibrations
- Magnetism
- Magnetohydrodynamics
- Magnetooptics
- Magnetospheric physics
- Management and economy
- Management of large institutes and collaborations
- Many-body physics
- Many-body problem
- Marine vehicles
- Mass spectrometry
- Matter-antimatter asymmetry
- Mechanisms
- Mechanobiology
- Mechatronics
- Medical imaging
- Medical physics
- Medical physics
- Medium modifications of hadrons
- Membrane biophysics
- Memories
- Mesopotamian bronze alloy
- Mesoscopic physics
- Metallic foams
- Metallic muscles
- Metallurgy
- Metallurgy (process and product)
- Metamaterials
- Micro gas turbines
- Micro- and nanofluidics
- MicroElectroMechanicalSystems (MEMS) - Casimir-based nanomechanics
- Microdosimetry and nanodosimetry
- Microelectronics
- Microelectronics and nanoelectronics
- Microengines
- Microstructure evolution of metallic alloys
- Microwaves
- Minimization of fuel consumption and pollutant emission of land vehicle propulsion systems
- Mixed-signal testing
- Modeling of therapeutic interventions such as balloon angioplasty and stent implantation
- Modelling and physics of cancer
- Molecules and clusters
- Multi-agent systems
- Multi-agent systems
- Multi-hazard risk mitigation and health monitoring of bridges and naval ships
- Multi-modal sensing
- Multi-phase flow in porous media
- Multi-scale experiment
- Multi-scale modeling
- Multi-stage optimization
- Multicarrier Transmission
- Multidimensional systems
- Multifunctional Nanocomposites
- Multiphase systems
- Multiple Antenna Systems (MIMO), Spatial Modulation
- Multiscale experimentation
- Nano electromechanicas systems
- Nano-clusters
- Nano-electronic systems
- Nano-foams
- Nano-mechanics
- Nano-plasmas and plasmonics
- NanoBioMedicine
- Nanocapilarity
- Nanoconfined water
- Nanoelectronics
- Nanoelectronics
- Nanofabrication and nanopatterning
- Nanomaterials
- Nanomaterials
- Nanomaterials processing
- Nanomechanics
- Nanomechanics
- Nanophotonics
- Nanophotonics
- Nanophotonics, plasmonics & metamaterials
- Nanophysics
- Nanoplasmonics
- Nanoscale friction
- Nanoscience
- Nanoscience
- Nanostructured coatings
- Nanostructures
- Nanostructures and nanotubes
- Nanostructures by controlled selforganization
- Nanotomography
- Nanotribology-superlow friction
- Nanotubes
- Natural disasters
- Networked systems
- Neurosciences
- Neutral currents
- Neutrino physics
- Neutrinoless Double-Beta Decay
- Neutron Stars:
- Neutron physics
- Neutrons
- Non equilibrium systems
- Non linear processes
- Non-Equilibrium Pattern Formation
- Non-Orthogonal Multiple Access (NOMA)
- Non-equilibrium systems
- Non-perturbative Dual QCD applied to Weak Decays of Mesons
- Nonequilibrium
- Nonstandard statistics of correlated fermions
- Nucleosynthesis in stellar and explosive burning
- Numerical modeling
- Numerical solution of ordinary and partial fractional differential equations
- Odderon
- One and two dimensional physics
- Optical angular momentum
- Optical lattices
- Optical pumping
- Optical trapping
- Optical vortices
- Optimal filtering
- Optimization algorithms
- Optimum inspection, maintenance, and management of deteriorating infrastructures
- Optimum weight constructions
- Opto-magnetism
- Optoelectronics
- Optomechanics
- Optomechanics.
- Organic/polymeric ultra-thin films/ monolayers
- Oscillators
- Paper electronics
- Parametric excitation of delayed mechanical systems
- Parity violation
- Pattern formation
- Pattern formation (computer and laboratory experiments)
- Pattern recognition
- Pattern recognition
- Peristaltic pumping in the ureter
- Perturbative QCD
- Phase-locked loops
- Photocatalysis
- Photoelectrochemistry
- Photoionisation of atoms
- Photon counting avalanche photo-diodes
- Photonic Metamaterials
- Photonic nanoarchitectures of biologic origin
- Photonics
- Photonics and optoelectronics
- Photonics and optoelectronics
- Physico-chemistry of polymers
- Physics
- Physics
- Physics and society
- Physics education
- Physics of cold gases
- Physics of disorder with ultracold atoms
- Physics of extensive air-showers
- Physics of living systems
- Physics of social systems
- Physics of topologically disordered systems
- Physics outreach
- Physics-inspired computing
- Planetary magnetospheres
- Planetology
- Plasmonics
- Plasmonics and metasurfaces
- Plasticity
- Plates
- Politics
- Polymer physics
- Polymerisation
- Polymers
- Positive systems
- Powder compaction
- Prediction of crises and extreme events
- Prediction of social, commercial and marketing success
- Predictive analytics
- Preparation of the Belle II experiment
- Project management
- Propagation
- Proton therapy
- Pulsars:
- Puzzle designer
- Quantization of constrained systems
- Quantized electric and heat conductance
- Quark-gluon-plasma
- Radio-biology
- Radioactivity mapping (Fukushima)
- Radiobiological modelling
- Radiocommunications
- Random matrices
- Rare processes: K-meson decays at HYPERON (Serpukhov), NA48/1, NA48/2, and NA62 (CERN)
- Reactor physics
- Rechargeable batteries
- Reclaimed water reuse
- Recursive algorithms
- Regenerative medicine
- Rehabilitation robotics
- Reinforced concrete
- Reinforcement learning
- Relativity
- Relaxation of hot and dense partonic matter to local equilibrium
- Rheology
- Riccati equations
- Robotics
- Robotics and mechatronics
- Robust electronic systems
- Rocking and hysteretic systems
- Safety of tunnels in case of fire
- Scaffolds
- Science-structural biology
- Scientific performance indicators
- Scientometrics
- Scientometry and bibliometry
- Secondary electron-spectrometry
- Secondary ion-spectrometry
- Sediments in Roman aqueducts
- Seismic isolation
- Self-organization
- Self-organization and collective behavior
- Sensors
- Sensors and Actuators
- Sequestration of CO2
- Shallow foundations under inclined and eccentric or seismic loads
- Shell buckling
- Shock physics
- Shocks, detonations, deflagrations
- Short-range, long-range, and femtoscopic correlations
- Silks
- Single photon sources
- Single-mode optical-fiber sensors
- Smart grid
- Smart grid
- Smart grids
- Social bubble hypothesis, innovation and economic growth
- Soft Robotics
- Soft condensed matter
- Soft matter
- Soft matter and granular media
- Soft matter physics
- Soil-structure-interaction
- Solar and interplanetary physics
- Solar physics
- Solid-state polymerization
- Soundscape
- Source coding
- Space instrumentation
- Spacecraft missions initiation and management
- Spectroscopic instrumentation
- Spin as a tool
- Spin glasses
- Spin glasses
- Spintronics
- Spintronics and magnetism
- Sputtering
- Stabilization of unstable equilibria and unstable motions
- Star experiment at RHIC
- Stat physics
- Stellar evolution
- Steorology
- Stimulus Responsive Polymers (Shape Memory Polymers and Electro-Active Polymers)
- Stochastic modelling
- Stochastic processes
- Stochastic systems
- Strangeness physics
- Stress concentration around holes in shells
- Stroke rehabilitation
- Strong-field physics
- Strong-interaction physics
- Strongly correlated fermion systems
- Strongly correlated systems
- Strongly interacting photons
- Super- and hyperdeformed states in the actinide region
- Supercomputers
- Superconducting qubits
- Superdense stars and supernova
- Superheavy element research
- Superluminal light propagation
- Superplasticity
- Supersymmetry
- Supersymmetry and Supergravity
- Surface-interface physics
- Sustainability
- Sustainable industrial systems
- Sustainable management of water resources systems
- Synchronization
- Synchronization in chaotic and spatially extended systems
- Synchrotron Research
- Synergetics
- Synthesis of intense
- System identification
- System identification
- Systems and synthetic biology
- Systems biology
- Systems biology and bioinformatics
- TDDFT and QEDFT
- Technological innovations derived from basic research
- Telecommunications
- Terahertz
- Tests of fundamental physics
- Texture representation in Rodriguez space
- The Constructal Law of evolution in nature
- The Higgs boson
- Thermo-hydromechanical and chemical coupling processes
- Thermoelasticity
- Thermoelectricity
- Thermomechanics
- Thin film coatings
- Thin film synthesis and characterization
- Thin films
- Thin films/Thin film transistors
- Three-dimensional nanoarchitectures
- Time and frequency metrology
- Time-delay systems
- Time-periodic delayed systems
- Time-resolved X-ray diffraction and absorption
- Timing and glitches
- Tokamak operations
- Topological insulators
- Topological phononics
- Tough ceramics, rocks, soils, bone, snow and sea ice
- Transition-metal oxides
- Transparent electronics
- Tribology
- Trigger and DAQ Systems
- Troposphere
- Tsunamis
- Turbulence
- Two-phase flow
- Ultra short pulses
- Ultracold atoms
- Underactuated mechanical systems
- Urban underground infrastructure
- Vascular biomechanics
- Vibration
- Vibration systems
- Vibrations
- Vicsek fractal
- Viscoelasticity
- Wavelets
- Weld residual stresses, their modelling and mitigation
- Wireless networking
- X-Ray and Auger-Electron spectrometry
- X-ray astronomy
- X-ray physics
- X-rays
- epitaxial manufacturing techniques-
- public policy assessment
- x-rays and neutrino masses.
