Academy of Europe: Areas of Activity

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

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
Numerical simulations of diffusive processes for the analysis of the magnetic properties in new materials
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

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
Medical application of lasers
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

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
Electron dynamics of atomic systems
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
atomic and molecular physics

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

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
Nondiffracting laser beams
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

cell

Cell Mechanics
Cell locomotion in vitro
Design and architecture of solar cells
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
Tandem solar cells
The science and technology of electrochemical devices, from sensors and fuel cells to batteries, supercapacitors, and actuators
Thin film solar cells

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
Nonlinear phenomena, chaos and transient chaos, fractals
Quantum chaos
Quantum chaos
Random matrices and quantum chaos
Relativistic Quantum Chaos
Stability and chaos

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
Quantum electrical circuits
Quantum information processing with superconducting circuits
Testing of analog and mixed-signal integrated circuits
Very Large Scale Integration (VLSI) circuit design
Very large scale integration circuits

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

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
Communication theory
Controlling chaos and communication with chaos
Digital communications
Machine learning for radio frequencies, wireless communications and radars
Molecular communications
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 communication systems (4G,5G,6G)
Wireless communications
Wireless communications

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

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

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

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

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

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
Single crystal growth
Synthesis and crystal chemistry of alkali metal borides
The self-assembly, properties, and applications of photonic crystals
Thermal stability of crystals

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
Data science
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

design

Accelerator physics: design and construction
Analog and mixed-signal design automation (EDA)
Analog and mixed-signal integrated circuit design
Attosecond light sources designed for different goals
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 architecture of solar cells
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
Optical design and manufacturing
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
Structural materials design
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

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

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
Superconducting technological 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
Climate 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 inertial particles, reactions in flows
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.)
Electron dynamics of atomic systems
Emergent dynamics of large complex systems
Environmental fluid dynamics and related laboratory experiments
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
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
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
Correlated electron systems
Electron Pumping
Electron conversion measurements
Electron dynamics of atomic systems
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 storage: super-capacitors, batteries, hydrogen
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
Tensor random fields
Theoretical and experimental studies of secondary stray magnetic fields
Thermal field theory

flow

Blood flow and wall shear stress in arteries
Coupling hydrosystem compartments and complex flow and transport processes
Cylinders in axial flow
Dynamics of inertial particles, reactions in flows
Film flows, Wetting and Spreading Dynamics
Flow and self-excited oscillations in collapsible tubes
Formation and development of collective anisotropic flow in A+A collisions
Gas flow and mixing in pulmonary airways
High order anisotropic flow coefficients and ridge
Hydrodynamic instabilities and flows, turbulence
Multi-phase flow in porous media
Multiphase flow and complex fluids
Two-phase flow

fluid

Classical and quantum fluid dynamics
Complex Fluids
Computational fluid dynamics
Computational fluid dynamics
Computational fluid dynamics, heat transfer and combustion
Environmental fluid dynamics and related laboratory experiments
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 micromechanics
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
Covalently functionalized porphyrin-carbon nanotube/graphene nanohybrids
Epitiaxial graphene based RF transistors
Graphene
Graphene
Graphene and other 2D materials
Graphene and other two-dimensional crystals
Graphene and related materials
Graphene photonics
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
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 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 security
Information techniques
Information theory
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 processing with superconducting circuits
Quantum information science
Quantum information theory
Quantum information theory and computer science
Solid-state quantum information processing

interaction

Antip-p interactions
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
Electroweak interactions
Engineering of quantum field-matter interactions and dispersion forces in confined media
Ep interactions
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
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
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-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
Medical application of lasers
Mode-locking of lasers
Nondiffracting laser beams
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
Synchrotron radiation, X-Ray free electron laser (X-FEL)
Ultra-high resolution laser spectroscopy
Ultrafast and ultra-intense lasers and applications
Ultrafast laser spectroscopy
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 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 properties of high-Tc superconductors
Magnetic reconnection
Magnetic resonance imaging
Magnetic semiconductors
Measurement of transport and magnetic properties
Nuclear magnetic resonance
Numerical simulations of diffusive processes for the analysis of the magnetic properties in new materials
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
Advanced functional materials
Architected 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
Granular 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
Material selection
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
Metal Sulfide/Iodate/Borate crystalline materials
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
Numerical simulations of diffusive processes for the analysis of the magnetic properties in new materials
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
Quantum materials.
Scaling and hierarchical effects in materials
Second-/third-order nonlinear optical 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
Structural materials design
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

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
Continuum mechanics with spontaneous violations of the second law of thermodynamics
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 and transport phenomena in random and fractal media
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
Scaling laws in 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 Sulfide/Iodate/Borate crystalline materials
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
Quasi-particle and cellular automata models
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 communications
Molecular dynamics
Molecular electronics
Molecular electronics
Molecular ion beam studies (Coulomb Explosion)
Structure and dynamics of thin molecular films
atomic and molecular physics

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
Josephson Junction 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
Sensor 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
Numerical simulations of diffusive processes for the analysis of the magnetic properties in new materials
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 phenomena, chaos and transient chaos, fractals
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
Second-/third-order nonlinear optical materials
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
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
Dynamics of inertial particles, reactions in flows
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
Numerical investigations of particle advection, spreading of pollutants
Origin of the masses of particles
Particle accelerators
Particle astrophysics
Particle cosmology
Particle detectors
Particle physics
Particle physics
Particle physics theory and phenomenology
Particle production in intense fields

AREAS OF ACTIVITY - Physics & Engineering Sciences

AREAS OF ACTIVITY - Physics & Engineering Sciences

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AREAS OF ACTIVITY - Physics & Engineering Sciences

AREAS OF ACTIVITY - Physics & Engineering Sciences