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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.

Engineering & Materials Science

Silicon
Simulators
Semiconductor quantum wells
Electrons
High electron mobility transistors
Solar cells
Phonons
Scattering
Heterojunctions
Nanowires
Semiconductor quantum dots
Transistors
Heating
Semiconductor materials
Temperature
Hot carriers
Degradation
Field effect transistors
Photoexcitation
Acoustics
Electron scattering
Point contacts
Phonon scattering
Impact ionization
Ions
Energy gap
Diodes
Electron-electron interactions
Electric fields
Cellular automata
Semiconductor devices
Networks (circuits)
Millimeter waves
Polarization
Charge transfer
Amorphous silicon
Energy balance
Band structure
Hot electrons
Electric potential
Doping (additives)
Nanoelectronics
Wave power
Current voltage characteristics
Monte Carlo simulation
Substrates
Physics
Poisson equation
Defects
Monte Carlo methods

Chemical Compounds

Silicon
Semiconductor quantum wells
Solar cells
Electrons
High electron mobility transistors
Scattering
Simulators
Semiconductor quantum dots
Phonons
Heterojunctions
Semiconductor materials
Phonon scattering
Nanowires
Electron scattering
Temperature
Point contacts
Photoexcitation
Impact ionization
Transistors
Heating
Hot carriers
Electron-electron interactions
Acoustics
Polarization
Degradation
Hot electrons
Diamond
Nonlinear networks
Energy gap
Amorphous silicon
Band structure
Defects
Electron tunneling
Field effect transistors
Cutoff frequency
Cellular automata
Doping (additives)
Passivation
Impurities
Substrates
Monte Carlo simulation
Nanoelectronics
Electric potential
Electron-phonon interactions
Current voltage characteristics
Ions
Ion Channels
Electronic equipment
Diodes
Electric fields

Physics & Astronomy

Physics

quantum wells
electrons
phonons
electric potential
hot electrons
acoustics
velocity distribution
modulation
transport properties
physics
temperature

General

simulation
simulators
waveguides
degradation
electronics
electric contacts
insulators
energy
electron phonon interactions
discontinuity
cellular automata
decay
impurities
constrictions
electric fields
millimeter waves
spacers
interactions

Engineering

scattering
high electron mobility transistors
field effect transistors
quantum dots
nanowires
transistors
quantum wires
electron scattering
solar cells
heterojunctions
ionization
photoexcitation
heating
resonant tunneling diodes
diodes
broadband
semiconductor devices

Chemistry and Materials

aluminum gallium arsenides
silicon
wurtzite

Mathematical and Computer Sciences

finite difference time domain method