Fingerprint Dive into the research topics where Department of Physics is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Physics & Astronomy

Engineering

quantum dots
Kondo effect
excitation
x rays
traps
scattering
semiconductor lasers
tempering
magnetic permeability
Hall effect

Chemistry and Materials

gases
liquids
methane
Bose-Einstein condensates
proteins
glass
polymers
molecules
wire
silicon
condensates
graphite
molecular gases

General

crossovers
superfluidity
magnetization
vortices
simulation
interactions
rings
energy
condensation
temperature dependence
replicas
oscillators
molecular clouds
scaling
free electron lasers
anomalies
cryogenics
pulses
retarding
crystals
pressure dependence
lasers
microwaves
molecular dynamics
porosity
electric fields
interference
fluids
thermodynamics
impurities
electronics
distributed feedback lasers
spectrometers
matrix theory
quantum chromodynamics
strings
exponents
electron phonon interactions
aerogels
resonant tunneling
relaxation time
hydration
frequency measurement
phase diagrams
Ising model
kinetics

Aerospace Sciences

magnetic fields
spectroscopy
cavities
molecular spectroscopy
universe

Physics

electrons
temperature
polarization
spin-orbit interactions
atoms
transition temperature
transport properties
specific heat
magnons
oscillations
acoustic impedance
diffraction
electric potential
wave interaction
fermions
magnetic flux
ground state
acoustics
phonons
harmonics
modulation
heat
orbitals
electro-optics

Mathematical and Computer Sciences

approximation
symmetry

Engineering & Materials Science

Semiconductor quantum dots
Magnetic fields
Electrons
Imaging techniques
Spectroscopy
Temperature
Kondo effect
Polarization
Magnetization
Gases
Vortex flow
Liquids
Magnetization reversal
X ray diffraction
X ray lasers
Atoms
Superconducting transition temperature
Diffraction
Specific heat
Electric fields
Free electron lasers
Experiments
Transport properties
Phase transitions
Cryogenics
Linewidth
Scattering
Wire
Ground state
Superfluid helium
Molecules
Orbits
Graphite
Electronic states
Excitons
Diffraction patterns
Carrier concentration
Ferromagnetic resonance
Acoustic impedance measurement
Terahertz waves
X rays
Electron energy levels
Electron-phonon interactions
Microwaves
Electrooptical effects
Polarimeters
Modulation
Hubbard model
Thin films
Proteins
Methane
Monolayers
Fluids
Bias voltage
Hamiltonians
Semiconductor lasers
Solvation
Spectrometers
Magnetoresistance
Infrared radiation
Spin Hall effect
Glass
Lasers
Gaussian beams
Laser pulses
SQUIDs
Absorption spectra
Rubber
Molecular dynamics
Spin waves
Silicon
Crystals
Magnetic flux
Fermions
Free energy
Metals
Superconducting materials
Impurities
Damping
Aerogels
Torque
Anisotropy
Photoemission
Spin polarization
Electron transport properties
Electric potential
Optics
Computer simulation
Electron-electron interactions
Fermi level
Wave functions
Acoustic waves
Surface waves
Indium
Resonant tunneling
Giant magnetoresistance
Turbulence
Helium
Continuous wave lasers
Bandwidth

Chemical Compounds

Semiconductor quantum dots
Gases
Magnetic fields
Electrons
Spectroscopy
Temperature
Kondo effect
Molecules
Liquids
Scattering
Graphite
Atoms
Imaging techniques
Vortex flow
Phase transitions
Methane
Magnetization
X ray diffraction
Hydration
Phototropins
Polarization
Specific heat
X ray lasers
Molecular dynamics
Experiments
Superfluid helium
Water
Ground state
Acoustic impedance measurement
Silicon
X ray scattering
Electric fields
Cryogenics
Transport properties
Magnetization reversal
Solvation
Proteins
Orbits
Free electron lasers
X rays
Hubbard model
Crystals
Fluids
Carrier concentration
Infrared radiation
Spectrometers
Monolayers
Semiconductor lasers
Wire
Free energy
Electron energy levels
Helium
Spin Hall effect
Modulation
Electron-phonon interactions
Diffraction patterns
Metals
Glass
SQUIDs
Electronic states
Electric potential
Linewidth
Dipole moment
Peptides
Absorption spectra
Impurities
Hydrogen bonds
Microwaves
Diffraction
Magnetic flux
Lasers
Superconducting materials
Muramidase
Aerogels
Laser pulses
Fermions
Computer simulation
Fermi level
Bias voltage
Tempering
Electron transport properties
blasticidin S deaminase
Resonant tunneling
Giant magnetoresistance
Spin polarization
Polarimeters
Composite materials
Phosphotransferases
Thin films
Crystal structure
Polymers
Turbulence
Feedback
Distribution functions
Heterojunctions
Crystalline materials
Nanopores
Acoustic impedance