Fingerprint
Dive into the research topics where Faculty of Mathematics, Physics and Geodesy (5000) is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.
Chemical Compounds
Helium
Thin films
Molecules
Metals
Atoms
Density functional theory
Temperature
Electrons
Substrates
Nanoparticles
Charge transfer
Electron energy loss spectroscopy
Hubbard model
Transmission electron microscopy
Oxides
Spectroscopy
Polymers
Lasers
Carbon
Electrodes
Experiments
Ground state
Scattering
Powders
Self assembled monolayers
Chemical vapor deposition
Superfluid helium
Doping (additives)
Polymorphism
Gravitation
Gold
Oxygen
Adsorption
Ions
X ray diffraction
Graphite
Monolayers
Microstructure
Crystal structure
Fermions
Semiconducting organic compounds
Impurities
Silver
Niobium
Electrostatics
Crystallization
Mechanical properties
Materials properties
Oxidation
Magnetism
Cellulose
Scanning electron microscopy
Vapors
Chemical analysis
Electron beams
Heating
Hydrogen
Superconductivity
Liquids
Water
Semiconductor materials
Band structure
Annealing
Adsorbates
Tuning
Optical properties
Heterojunctions
Tungsten
Rydberg states
Hydrogel
Crystals
Mean field theory
Electron energy levels
Magnetization
Geometry
Iodides
Molybdenum
Gases
Decomposition
Thermodynamic properties
Crystalline materials
Defects
Microscopic examination
Phase transitions
Electron microscopes
Nanostructures
Iron
Vanadium
Entropy
Wavelength
Coatings
Vacancies
Nanowires
Cellulose films
X rays
Melting
Zinc Oxide
Electron microscopy
Precipitates
Electrolytes
Engineering & Materials Science
Thin films
Molecules
Temperature
Electrons
Density functional theory
Atoms
Helium
Substrates
Nanoparticles
Hubbard model
Electron energy loss spectroscopy
Charge transfer
Metals
Transmission electron microscopy
Electrodes
Fermions
Experiments
Spectroscopy
Microstructure
Chemical vapor deposition
Lasers
Polymorphism
Impurities
Monolayers
Monitoring
Heating
Carbon
Self assembled monolayers
Oxygen
Oxides
Crystal structure
Ground state
X ray diffraction
Adsorption
Powders
Phase transitions
Scanning electron microscopy
Mechanical properties
Electron beams
Solid oxide fuel cells (SOFC)
Entropy
Scattering
Chemical analysis
Ions
Sensors
Superconductivity
Polynomials
Thermodynamic properties
Semiconductor materials
Electrostatics
Oxidation
Semiconducting organic compounds
Plasmas
Polymers
Mean field theory
Doping (additives)
Liquids
Magnetism
Materials properties
Fusion reactions
Gases
Annealing
Band structure
Hamiltonians
Superfluid helium
Degradation
Iron
Learning systems
X rays
Gold
Cellulose
Fiber optics
Decomposition
Magnetization
Optical properties
Coatings
Melting
Crystalline materials
Microscopic examination
Kinetics
Vapors
Heterojunctions
Silver
Tungsten
Nanostructures
Electron microscopes
Vacancies
Imaging techniques
Green's function
Precipitates
Hydrogels
Defects
Geometry
Perovskite
Atomic layer deposition
Electronic properties
Water
Crystallization
Photons
Ion beams
Physics & Astronomy
Chemistry and Materials
helium
molecules
adsorption
oxides
liquids
gold
iron
lanthanum
atomic layer epitaxy
niobium
silver
sodium
oxygen
hydrogen
tantalum
carbon
oxidation
General
electronics
density functional theory
thin films
impurities
interactions
metals
energy
simulation
insulators
hyperfine structure
conductivity
organic semiconductors
lasers
charge transfer
baths
energy dissipation
Green's functions
entropy
transmission electron microscopy
defects
parity
evaluation
predictions
products
Stark effect
geometry
probes
thermophysical properties
formalism
electric fields
surface reactions
fusion
shift
phase diagrams
machine learning
alignment
crystals
scaling
steels
Physics
atoms
temperature
electrons
nanoparticles
helium atoms
ground state
electric potential
fermions
orbitals
energy levels
diffraction
atomic beams
electron energy
laser induced fluorescence
positrons
line spectra
physics
photoelectric emission
transport properties
optical properties
wave functions
ion beams
Aerospace Sciences
spectroscopy
gravitation
orbits
magnetic fields
coronal mass ejection
Engineering
excitation
x rays
ionization
scattering
superconductivity
electrodes
pulse heating
Kondo effect
photoexcitation
solar cells
transistors
electrostatics
maximum entropy method
Mathematical and Computer Sciences
perturbation theory
approximation
matrices
Bayes theorem