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

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### Chemical Compounds

Absorption spectra

Adsorption

Analytical models

Anisotropy

Band structure

Binding energy

Birefringence

Carbon Nanotubes

Charge carriers

Coulomb interactions

Crystalline materials

Delta functions

Doping (additives)

Electric fields

Electrons

Energy gap

Faraday effect

Fermions

Gages

Geometry

Graphite

Harmonic generation

Heterojunctions

Hydrogen

Impurities

Invariance

LDS 751

Light absorption

Liquids

Magnetic fields

Magnetooptical effects

Mean field theory

Metalloporphyrins

Monolayers

Nonlinear optics

Optical conductivity

Optical data storage

Optical properties

Optoelectronic devices

Orbits

Phosphorus

Polymers

Porphyrins

Pumps

Semiconductor quantum dots

Semiconductor quantum wells

Single-walled carbon nanotubes (SWCN)

Stark effect

Transition metals

Tuning

### Physics & Astronomy

#### Aerospace Sciences

magnetic fields

#### Chemistry and Materials

liquids

phosphorus

polymers

porphyrins

#### Engineering

binding energy

carbon nanotubes

free electrons

gauge invariance

graphene

interlayers

nanowires

pumps

quantum dots

quantum mechanics

solar cells

tuning

#### General

anisotropy

Bessel functions

conductivity

dissociation

electric fields

energy

expansion

exponential functions

instantons

interactions

intersections

magneto-optics

optical transition

quantum electronics

radii

retraining

shift

Stark effect

sum rules

transition metals

#### Mathematical and Computer Sciences

approximation

perturbation theory

tensors

#### Physics

atomic energy levels

charged particles

electro-optics

electrons

excitons

Faraday effect

harmonic generations

light scattering

optical absorption

perturbation

### Engineering & Materials Science

Absorption spectra

Adsorption

Analytical models

Anisotropy

Band structure

Binding energy

Carbon nanotubes

Charge carriers

Crystalline materials

Current density

Delta functions

Doping (additives)

Electric fields

Electrons

Energy gap

Equations of motion

Excitons

Faraday effect

Fermions

Gages

Geometry

Graphene

Hamiltonians

Harmonic generation

Heterojunctions

Hydrogen

Impurities

Invariance

Light absorption

Magnetic fields

Magnetooptical effects

Mean field theory

Monolayers

Nanoribbons

Nonlinear optics

Optical conductivity

Optoelectronic devices

Orbits

Phosphorus

Polymers

Porphyrins

Pumps

Screening

Semiconductor materials

Semiconductor quantum dots

Semiconductor quantum wells

Single-walled carbon nanotubes (SWCN)

Stark effect

Transition metals

Tuning