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

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### Physics & Astronomy

#### Physics

wave functions

ground state

quantum chemistry

orbitals

bosons

fermions

atoms

#### Mathematical and Computer Sciences

eigenvectors

quantum computers

Monte Carlo method

broken symmetry

matrices

determinants

symmetry

approximation

#### General

phase diagrams

scaling

insulators

configuration interaction

products

critical point

electronic structure

entropy

magnetization

energy

operators

simulation

spinel

electron gas

estimates

liquid phases

coding

liquid crystals

crystals

electric fields

quantum computation

dipoles

deviation

condensed matter physics

#### Chemistry and Materials

liquids

ice

molecules

helium

helium isotopes

glass

#### Geosciences

pressure ice

#### Life Sciences

disorders

sublattices

#### Engineering

melting

excitation

### Chemical Compounds

Wave functions

Hamiltonians

Ground state

Hubbard model

Ice

Phase diagrams

Quantum chemistry

Entropy

Molecules

Liquids

Magnetization

Gene Conversion

Bosons

Fermions

Defect density

Monte Carlo methods

Phase transitions

Coloring

Electronic structure

Electric fields

Mathematical operators

Numerical analysis

Helium

Schrodinger equation

Glass

Atoms

Inelastic neutron scattering

Spin waves

Thermodynamics

Temperature

Water

Oxygen

Discrete Fourier transforms

Dimers

Excited states

Probability distributions

Superfluid helium

Spin glass

Chirality

Experiments

Crystals

Hydrogen

Freezing

Chalcogenides

### Engineering & Materials Science

Wave functions

Ground state

Hubbard model

Hamiltonians

Quantum chemistry

Monte Carlo methods

Entropy

Helium

Magnetization

Liquids

Bosons

Defect density

Phase diagrams

Coloring

Electric fields

Molecules

Vacancies

Electronic structure

Ice

Mathematical operators

Numerical analysis

Phase transitions

Schrodinger equation

Glass

Atoms

Inelastic neutron scattering

Spin waves

Thermodynamics

Temperature

Discrete Fourier transforms

Dimers

Excited states

Probability distributions

Superfluid helium

Crystals

Spin glass

Chirality

Experiments

Freezing

Chalcogenides