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

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### Chemical Compounds

Wave functions

Transition metals

Electron correlations

Density functional theory

Energy gap

Monte Carlo methods

Electronic structure

Electrons

Hamiltonians

Metals

Atoms

Zinc Oxide

Oxides

Nanoparticles

Ground state

Molecules

Oxygen

Binding energy

Hydrogen

Cations

Condensed matter physics

Butylamines

Dimers

Point defects

Giant magnetoresistance

Crystal atomic structure

Crystal symmetry

Excited states

Charge density waves

Gene Conversion

Defects

Optical emission spectroscopy

Hole mobility

Optical transitions

Phase stability

Experiments

Flash memory

Ionization potential

Water

Excitation energy

Nanoclusters

Ferromagnetism

Magnetic structure

Dipole moment

Hilbert spaces

Hydrogen storage

Magnetism

Discrete Fourier transforms

Sulfides

Molecular orbitals

### Physics & Astronomy

#### Mathematical and Computer Sciences

Monte Carlo method

determinants

approximation

#### General

electronic structure

transition metals

energy

density functional theory

insulators

metals

linkages

atomic structure

pseudopotentials

interactions

functionals

defects

simulation

operators

websites

point defects

coordinate transformations

condensed matter physics

#### Physics

wave functions

electrons

nanoparticles

orbitals

atoms

fermions

ground state

International System of Units

#### Chemistry and Materials

boron nitrides

dioxides

molecules

zinc oxides

vanadium

cuprates

amorphous silicon

metal oxides

selenides

energy of formation

zinc selenides

dimers

oxygen

metal hydrides

manganese oxides

pentanes

#### Engineering

excitation

binding energy

moments

graphene

traps

### Engineering & Materials Science

Wave functions

Electronic structure

Energy gap

Monte Carlo methods

Density functional theory

Electrons

Transition metals

Electron correlations

Nanoparticles

Hamiltonians

Atoms

Information management

Condensed matter physics

Dimers

Molecules

Point defects

Giant magnetoresistance

Crystal atomic structure

Charge density waves

Defects

Experiments

Optical emission spectroscopy

Hole mobility

Optical transitions

Manganese oxide

Metals

Phase stability

Flash memory

Ionization potential

Excitation energy

Ferromagnetism

Magnetic structure

Oxides

Hilbert spaces

Magnetism

Discrete Fourier transforms

Molecular orbitals

Phase diagrams

Chromatography

Zinc oxide

Polymorphism

Electron-electron interactions

Crystal lattices

Excitons

Hydrogen

Ground state

Websites

Topology

Splines

Crystallization