Areas of Activity#
Here you will find all fields of scholarship for this section.
3
- 3D auto-stereoscopic displays Go to
A
- accelerator engineering (superconducting cavities) Go to
- acoustics Go to
- acoustics Go to
- aerohydroelasticity Go to
- a few contributions in theory, but mostly experimental Go to
- aggregation phenomena Go to
- analytical aspects of ion impact Go to
- application of thermodynamics to phase transformations Go to
- Applications of new power devices Go to
- applications of nuclear methods in science and technology (weak interactions, neutron gas physics, fast neutron reactions, low energy charged particle reactions, activation and prompt radiation analyses, X-ray fluorescence analysis, track-etched technique, neutron spectrometry, design and construction of low voltage neutron generators as well radiation measuring methods and facilities Go to
- applied mathematical modelling Go to
- applied physics Go to
- aquatic physics Go to
- astroparticle physics Go to
- atomic and molecular physics Go to
- atomic beam apparatus (Rabie Type) Go to
- atomic collision mechanisms Go to
- atomic collisions in solids Go to
- atomic collision studies Go to
- atomic & molecular phyics Go to
- atomic & molecular physics Go to
- atomic physics Go to
- atomic physics Go to
- Atomic physics Go to
- auroral acceleration Go to
- axiomatic quantum field theory Go to
B
- basics of technical sciences Go to
- behavioural laws of solids and structural reliability Go to
- behaviour of vortex lines in liquid helium and of quantized flux lines in type II superconductors Go to
- bioelectromagnetics Go to
- biological materials Go to
- biomimetics Go to
- Bose-Einstein condensation Go to
- boundary element method Go to
- Brownian motors and relativistic Brownian motion and Relativistic Thermodynamics Go to
C
- cell locomotion in vitro Go to
- ceramic composite materials Go to
- Ceramic science Go to
- channeling Go to
- chaos and turbulence
Go to
- charged particles penetration through solids Go to
- charge-exchange reactions Go to
- chemical physics Go to
- chemical physics Go to
- Chiral Symmetry and Strange Matter Go to
- civil engineering Go to
- civil engineering Go to
- classical and quantum turbulence Go to
- classical mechanics Go to
- cloud condensation nuclei Go to
- collective excitation by ion impact Go to
- collective phenomena in biological systems (flocking, oscillations, crowds) Go to
- cometary physics Go to
- computational fluid dynamics Go to
- computational mechanics Go to
- computational mechanics Go to
- computational physics Go to
- computational physics Go to
- computational science Go to
- Computer Vision Go to
- computing, engineering Go to
- Concept of an energy amplifier Go to
- concrete structures Go to
- condensed matter physics Go to
- condensed matter physics-surface Go to
- contact problems Go to
- control of quantum transport Go to
- Cosmic Rays Go to
- Crystallography of inorganic compounds Go to
D
- dense nuclear matter Go to
- detector development (hadron calorimeter) Go to
- Development of new technologies for renewable energy sources Go to
- differentiable dynamical systems Go to
- diffusional phase transformations Go to
- digital Photon Correlators Go to
- digital signal processing Go to
- direct nuclear reactions Go to
- Discovery of the phenomenon of recoilless nuclear resonance absorption of gamma radiation (Mössbauer effect) Go to
- dsorption Go to
- dynamical systems Go to
- dynamics of viscous compressible liquid Go to
E
- earthquake engineering Go to
- elastic, inelastic scattering and transfer reactions with nuclear (stable and radioactive) beams Go to
- Electrical Engineering & Computer Science Go to
- electrical engineering Go to
- Electrical Engineering Go to
- electric fields in space plasma Go to
- electromagnetics Go to
- electron microscopy Go to
- electron scattering Go to
- electron spectroscopy Go to
- elemental trace analysis Go to
- elementary particle physics (electron and neutron scattering) Go to
- Elementary particle physics Go to
- energy and sustainability questions, in particular the future role of advanced nuclear options Go to
- energy use in buildings Go to
- engineering education Go to
- engineering Go to
- engineering Go to
- engineering Go to
- engineering, information science Go to
- engineering, material sciences Go to
- engineering mechanics Go to
- engineering,physics Go to
- equilibrium statistical mechanics (rigorous) Go to
- EUV/X-ray spectroscopy Go to
- experimental and theoretical studies of superfluidity, superconductivity, fluid dynamics, and the properties of two-dimensional systems Go to
- experimental nuclear physics and nuclear astrophysics, with expertise in nuclear structure and nuclear reactions Go to
- experimental particle physics Go to
- experimental photon statistics Go to
- experimental physics Go to
- experimental soft matter physics (surfactants, liquid cystals, polymers, nanoparticles) Go to
F
- fatigue Go to
- femto- and atto-second technology Go to
- few-body physics Go to
- field theory and neural networks Go to
- film flows Go to
- finite element method Go to
- fluid dynamics Go to
- fluid dynamics Go to
- fluid dynamics in geophysics and astrophysics Go to
- fluid mechanics Go to
- fluid mechanics Go to
- fractal growth Go to
- fracture Go to
- fracture mechanics Go to
- fuel cell technology Go to
- fusion energy Go to
G
- gallium nitride Go to
- general energy issues Go to
- geomagnetism Go to
- geophysics Go to
- geophysics Go to
- global transport processes Go to
- gravity waves Go to
- growth and preferential attachment Go to
H
- Hard metals and stainless steels Go to
- heavy ion elastic and inelastic scattering Go to
- high energy theory Go to
- High power devices Go to
- high power lasers Go to
- high pressure engineering techniques Go to
- High response speed servo drives Go to
- high-temperature aerospace materials Go to
- High temperature alloys Go to
- high-temperature superconductors Go to
- history of physics Go to
- Hydrodynamics Go to
- hydrodynamics Go to
- hysics, materials, and technology of semiconductor devices Go to
I
- image processing Go to
- Image processing Go to
- infra-red imaging systems Go to
- instabilities Go to
- instrumentation, in particular for synchrotron radiation Go to
- Integrated electronic/electromechanical design Go to
- interfacial dynamics Go to
- Intermediate vector bosons (the W and Z bosons) Go to
- Intermediate vector bosons (the W and Z bosons) Go to
- introduction of Beam Foil Auger Electron spectrometry Go to
- iso-spin in heavy ion reaction Go to
- issipative quantum systems Go to
K
- Kondo effect and magnetoresistance in high pulsed fields Go to
L
- laser/LED Colorimetry Go to
- laser physics & engineering Go to
- lasers and quantum electronics, focusing on lasers that use optical fibers as their amplifying medium and that are entirely built with optical fibers - so-called fiber lasers Go to
- laser velocimetry and turbulence measurement Go to
- life cycle management Go to
- linear algebra Go to
- linear and nonlinear system and circuit theory Go to
- low-emission combustion Go to
- low energy nuclear physics Go to
- low-noise aircraft Go to
M
- magnetospheric physics Go to
- material models Go to
- materials science Go to
- materials science Go to
- materials science Go to
- Materials science Go to
- materials science Go to
- materials technology Go to
- mathematical physics Go to
- mathematical physics Go to
- mathematical physics Go to
- mathematical physics Go to
- mathematical statistics Go to
- mathematical system theory and its applications Go to
- mathematics & physics Go to
- matrix effects in PIXE studies Go to
- mechanical effects and thermal conductivity of superconductors Go to
- mechanical engineering Go to
- mechanical engineering Go to
- mechanics Go to
- mechanics of composites materials Go to
- mechanics of deformable solids and related problems of continuum mechanics Go to
- mechanics of materials Go to
- mechanics of nanocomposites Go to
- Mechanics of Solids Go to
- medical physics Go to
- Mesopotamian bronze alloy Go to
- Metal composites Go to
- metal fatigue Go to
- metallurgy Go to
- metallurgy Go to
- metallurgy Go to
- metallurgy, material sciences Go to
- metallurgy (process and product) Go to
- methods from general relativity Go to
- Microsystems Go to
- microwaves Go to
- microwave spectroscopy Go to
- millimetre waves Go to
- molecular electronics Go to
- molecular ion beam studies (Coulomb Explosion) Go to
- molecules and clusters Go to
- Monte Carlo simulation of cluster models Go to
- multimedia signal processing Go to
- multiphase systems Go to
N
- nanoelectronics Go to
- nanoscience Go to
- nanotechnology: opto-electronics Go to
- nanphysics Go to
- neuro-dynamics modeling for robots Go to
- neutron interferometry Go to
- neutron optics Go to
- neutron physics Go to
- neutron physics Go to
- New electrical machines structures Go to
- non-classical problems of fracture mechanics Go to
- non-destructive methods of stress determination Go to
- nonequilibrium Go to
- non-equilibrium statistical mechanics Go to
- nonlinear dynamics Go to
- nonlinear dynamics Go to
- nonlinear lattice dynamics Go to
- nonlinear methods (support vector machines, multilinear algebra) for data processing and optimization techniques Go to
- nonlinear optics Go to
- nuclear and molecular structure Go to
- nuclear and particle physics Go to
- nuclear magnetic resonance Go to
- Nuclear Magnetic Resonance Go to
- nuclear methods and techniques Go to
- nuclear physic Go to
- nuclear physics Go to
- nuclear physics Go to
- nuclear physics Go to
- Nuclear physics Go to
- nuclear physics Go to
- nuclear physics (parity violation, proton polarized beams) Go to
- nuclear reactions and accelerator technology Go to
- nuclear spectroscopy Go to
- nuclear spectroscopy Go to
- numerical non-linear analysis for engineering structures Go to
O
- oil and gas processing Go to
- optical pumping Go to
- Optics Go to
- optics (thin metal layers) Go to
- optimum weight constructions Go to
- optoelectronics Go to
- Origin of the masses of particles Go to
P
- particle physics at the 440 Mev synchrocyclotron Go to
- particle physics Go to
- particle physics Go to
- particle physics Go to
- particle track production mechanisms Go to
- pattern formation (computer and laboratory experiments) Go to
- patterns and defects Go to
- percolation theory Go to
- phase transformations in steels Go to
- phase transitions and critical phenomena Go to
- photoionisation of atoms Go to
- photon correlation spectroscopy Go to
- photon counting avalanche photo-diodes Go to
- physical biology Go to
- Physical chemistry Go to
- physical metallurgy Go to
- Physics/Condensed matter physics Go to
- physics & electrical engineering Go to
- physics & engineering Go to
- physics & engineering sciences Go to
- physics & engineering sciences Go to
- physics & engineering sciences Go to
- physics Go to
- physics Go to
- physics Go to
- Physics Go to
- physics Go to
- physics of strong interaction Go to
- physics-optics Go to
- planetology Go to
- plasma physics and electron optics Go to
- plasma physics Go to
- plasticity Go to
- polymerisation Go to
- Polymer materials and systems Go to
- polymer physical chemistry Go to
- position astronomy and new time standards based on atomic clocks Go to
- Powder metallurgy Go to
- Power conditioning systems for fuel cells applications Go to
- Power electronics conversion Go to
- principles of phase diagrams Go to
- propagation Go to
- properties of elementary particles Go to
Q
- Quantitative Non-Destructive Evaluation Go to
- quantum beat studies Go to
- quantum collision theory Go to
- quantum electronics Go to
- quantum electronics Go to
- quantum electronics Go to
- quantum field theory and cosmology, especially symmetry breaking and topological defects Go to
- Quantum fluids and solids Go to
- quantum information processing Go to
- quantum optics & atomic physics Go to
- quantum optics Go to
- quantum optics Go to
- quantum physics Go to
R
- radiative forces – laser cooling and trapping Go to
- radio astronomy and infrared astronomy Go to
- radio frequency electronics Go to
- reactor physics Go to
- real-world network theory Go to
- relativistic fluid dynamics Go to
- Relativistic Heavy Ion Collisions and The Nuclear Equation of State Go to
- relativistic heavy ion collisions Go to
- relativistic statistical physics Go to
- resonance fluorescence in intense resonant laser beams Go to
- rock mechanics Go to
S
- safety of tunnels in case of fire Go to
- scanning tunneling microscopy and Sci.&Tech. on the nm scale, in particular nano-mechanics Go to
- science-structural biology Go to
- scientometrics Go to
- secondary electron-spectrometry Go to
- secondary ion-spectrometry Go to
- sediments in Roman aqueducts Go to
- seismic engineering and structural dynamics problems Go to
- seismic structural analysis and design Go to
- semiconductor quantumdevices Go to
- semiconductors Go to
- shocks, detonations, deflagrations Go to
- signal processing and neural networks Go to
- silks Go to
- single-mode optical-fiber sensors Go to
- society and engineers Go to
- soft matter Go to
- soil mechanics Go to
- solar physics Go to
- solidification of alloys Go to
- solid mechanics Go to
- solid state lasers Go to
- solid state physics Go to
- solid state physics Go to
- solid state physics Go to
- solid state physics, mainly semiconductors - both theory and experiment, particularly physics of defects in semiconductors, recombination phenomena and the physics of junctions, modern technologies, non-linear optics, information techniques Go to
- space instrumentation Go to
- Space plasma physics, especially physics of the aurora Go to
- spectroscopy of s- and d-shell Go to
- sputtering Go to
- statistical physics Go to
- stat physics Go to
- steel structures Go to
- stochastic mechanics Go to
- stochastic modelling Go to
- stochastic phenomena Go to
- stress concentration around holes in shells Go to
- structural analysis Go to
- structural engineering Go to
- structural engineering Go to
- structural engineering Go to
- structural engineering Go to
- structural engineering Go to
- Structural Health Monitoring Go to
- structural mechanics Go to
- structure and dynamic properties of monolayers, micelles, thin liquid films, foams, emulsions and microemulsions Go to
- superfluid phase transition in liquid helium by light scattering and very high resolution spectroscopy Go to
- Superheavy Nuclei Go to
- surface and bulk light scattering, excited surface waves techniques, ellipsometry, fluorescence recovery, brewster angle microscopy, videomicroscopy Go to
- surface physics Go to
- surface tension-driven phenomena Go to
T
- Technique of stochastic cooling of particle beams Go to
- Telecommunications Engineering Go to
- telecommunications Go to
- telecommunications Go to
- Telecommunications Go to
- texture representation in Rodriguez space Go to
- The Higgs boson Go to
- the manufacture of materials Go to
- theoretical and experimental quantum optics Go to
- theoretical & applied mechanics Go to
- theoretical high energy nuclear physics Go to
- theoretical nuclear physics Go to
- theoretical nuclear physics Go to
- theoretical partcile physics Go to
- theoretical particle physics Go to
- theoretical particle physics Go to
- theoretical physics Go to
- Theoretical Physics Go to
- theoretical physics Go to
- theoretical physics Go to
- Theoretical Physics Go to
- theoretical physics Go to
- theoretical physics Go to
- Theoretical Physics-Hadron Physics/QCD Go to
- theoretical physics of condensed matter Go to
- theoretical physics of condensed matter - particularly magnetic, semiconductor and optical properties Go to
- theoretical physics – statistical Physics Go to
- theory of propagation and diffraction of elastic waves in multi-connected bodies and bodies with initial stresses Go to
- theory of shells Go to
- The Quark-Gluon-Plasma Go to
- thermodynamic modelling of phases Go to
- thermodynamic properties of alloys Go to
- thermodynamics Go to
- three-dimensional theory of stability of deformable bodies Go to
- tree ring elemental analysis Go to
- troposphere Go to
- tunnelling- and rock-engineering Go to
- twentieth Century History of Optics and Opto-electronics Go to
- two-dimensional systems of electrons and ions Go to
- two nucleon transfer reactions Go to
- two-phase flow Go to
U
- Ultra-low temperature techniques and their applications for cosmology Go to
- ultra short pulses Go to
- Ultrasonics, Go to
V
- vibration Go to
- visible laser diodes Go to
W
- Waves in Solids Go to
- waves, solitons, nonlinear Go to
- weak interaction between quarks Go to
- wireless communications Go to
X
- X-Ray and Auger-Electron spectrometry Go to
- X-ray astronomy Go to
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