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

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### Engineering & Materials Science

Simulators

Silicon

Semiconductor quantum wells

Electrons

High electron mobility transistors

Solar cells

Phonons

Scattering

Heterojunctions

Nanowires

Semiconductor quantum dots

Semiconductor materials

Transistors

Heating

Temperature

Hot carriers

Photoexcitation

Degradation

Field effect transistors

Acoustics

Electron scattering

Phonon scattering

Point contacts

Diodes

Impact ionization

Ions

Energy gap

Electric fields

Electron-electron interactions

Semiconductor devices

Cellular automata

Charge transfer

Networks (circuits)

Polarization

Millimeter waves

Amorphous silicon

Poisson equation

Energy balance

Band structure

Hot electrons

Current voltage characteristics

Electric potential

Monte Carlo methods

Physics

Doping (additives)

Nanoelectronics

Wave power

Monte Carlo simulation

Substrates

Defects

### Chemical Compounds

Silicon

Semiconductor quantum wells

Solar cells

Electrons

High electron mobility transistors

Simulators

Scattering

Semiconductor quantum dots

Phonons

Heterojunctions

Semiconductor materials

Phonon scattering

Photoexcitation

Temperature

Nanowires

Electron scattering

Point contacts

Transistors

Impact ionization

Heating

Hot carriers

Polarization

Electron-electron interactions

Acoustics

Degradation

Hot electrons

Diamond

Energy gap

Nonlinear networks

Amorphous silicon

Band structure

Defects

Electron tunneling

Field effect transistors

Cutoff frequency

Cellular automata

Doping (additives)

Current voltage characteristics

Passivation

Diodes

Nitrides

Monte Carlo methods

Impurities

Substrates

Monte Carlo simulation

Poisson equation

Nanoelectronics

Electric potential

Charge transfer

Electron-phonon interactions

### Physics & Astronomy

#### Physics

quantum wells

electrons

phonons

electric potential

hot electrons

acoustics

velocity distribution

physics

modulation

transport properties

temperature

#### General

simulation

simulators

waveguides

degradation

electronics

insulators

electric contacts

energy

electron phonon interactions

discontinuity

cellular automata

decay

electric fields

impurities

constrictions

millimeter waves

radiation

spacers

#### Engineering

scattering

high electron mobility transistors

field effect transistors

quantum dots

nanowires

transistors

quantum wires

solar cells

electron scattering

heterojunctions

ionization

photoexcitation

heating

diodes

resonant tunneling diodes

semiconductor devices

broadband

#### Chemistry and Materials

aluminum gallium arsenides

silicon

wurtzite

#### Mathematical and Computer Sciences

finite difference time domain method