# Fingerprint Dive into the research topics where Kevin Schmidt is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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### Physics & Astronomy

#### Mathematical and Computer Sciences

Monte Carlo method

approximation

tensors

#### Physics

ground state

neutrons

wave functions

fermions

nucleon-nucleon interactions

atoms

temperature

diffraction

orbitals

nuclear physics

nucleons

diffraction patterns

neutron scattering

nuclear potential

momentum

#### General

Green's functions

energy

interactions

equations of state

nuclei

nucleon potential

degrees of freedom

nanocrystals

electronic structure

simulation

crossovers

boxes

vortices

frequency shift

operators

sampling

red shift

superfluidity

crystals

free electron lasers

#### Chemistry and Materials

gases

liquids

proteins

molecules

helium

#### Engineering

binding energy

x rays

x ray scattering

scattering

excitation

#### Aerospace Sciences

neutron stars

orbits

### Chemical Compounds

Wave functions

Green's function

Monte Carlo methods

Ground state

Atoms

Simulated annealing

Molecules

Electronic structure

Hamiltonians

Liquids

Vibrational spectra

Potential energy surfaces

Fermions

Diffraction

Conformations

Geometry

Nanocrystals

Molecular dynamics

Gases

Anions

Cations

Excited states

Orbital calculations

Nitrides

Stoichiometry

X rays

Isomers

Binding energy

Ionization potential

Energy gap

X ray lasers

Adsorption

Crystals

Proteins

Vacancies

Semiconductor materials

Molecular mechanics

Alkali Metals

Solvation

Viruses

Diffraction patterns

Energy barriers

Ammonia

Dimers

Jahn-Teller effect

Monolayers

Sampling

Electron affinity

Xenon

### Engineering & Materials Science

Wave functions

Proteins

Monte Carlo methods

Electronic structure

Liquids

Nanocrystals

X rays

Crystals

Molecules

Diffraction

Orbital calculations

X ray lasers

Nitrides

Stoichiometry

Ground state

Diffraction patterns

Adsorption

Molecular dynamics

Vacancies

Semiconductor materials

Fermions

X ray crystallography

Green's function

Atoms

Viruses

Free electron lasers

Jahn-Teller effect

Membranes