Wolfgang von der Linden

Univ.-Prof. Dipl.-Phys. Dr.rer.nat.

1982 …2021
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Physics & Astronomy

General

impurities
entropy
insulators
formalism
simulation
energy
many body problem
Green's functions
baths
electronics
two dimensional models
ladders
detectors
subtraction
evaluation
energy dissipation
interactions
distribution functions
projectors
entropy (statistics)
fusion
projection
probes

Mathematical and Computer Sciences

Bayes theorem
Monte Carlo method
approximation
perturbation theory
eigenvalues
matrices
iteration

Engineering

maximum entropy method
excitation
Kondo effect
solar cells

Physics

fermions
ion beams
electric potential
wave functions
ground state
electrons
electron energy
photoelectric emission
physics
photoelectrons
bosons
orbitals
dynamic characteristics

Chemistry and Materials

heavy fermion systems

Aerospace Sciences

spectroscopy

Social and Information Sciences

scaling laws

Engineering & Materials Science

Hubbard model
Fermions
Entropy
Deconvolution
Impurities
Electrons
Green's function
Ion beams
Spectroscopy
Band structure
Optical conductivity
Ground state
Electron energy loss spectroscopy
Bias voltage
Photoemission
Monte Carlo methods
Momentum
Coulomb interactions
Distribution functions
Semiconductor materials
Mean field theory
Wave functions
Maximum entropy methods
Current voltage characteristics
Temperature
Atoms
Transfer functions
Statistics
Conduction bands
Experiments
Hamiltonians
Ladders
Phase diagrams
Solid state physics
Semiconductor quantum dots
Optical lattices
Superconductivity
Quantum Hall effect
Antiferromagnetism
Plasmas
Transport properties
Molecules
Polarons
Bosons
Screening
Computational efficiency
Electron tunneling
Materials testing
Annealing
Copper oxides

Chemical Compounds

Hubbard model
Fermions
Impurities
Spectroscopy
Entropy
Green's function
Electrons
Band structure
Optical conductivity
Electron energy loss spectroscopy
Bias voltage
Photoemission
Monte Carlo methods
Momentum
Ground state
Coulomb interactions
Semiconductor materials
Mean field theory
Wave functions
Current voltage characteristics
Conduction bands
Decomposition
Hamiltonians
Temperature
Metals
Distribution functions
Maximum entropy methods
Ladders
Phase diagrams
Scattering
Ions
Semiconductor quantum dots
Optical lattices
Quantum Hall effect
Antiferromagnetism
Transport properties
Molecules
Polarons
Bosons
Screening
Experiments
Electron tunneling
Copper oxides
High temperature superconductors
Atoms
Local density approximation
Exchange interactions
Deconvolution
Carbon Monoxide
Valence bands