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

Engineering & Materials Science

High electron mobility transistors
Simulators
Cellular automata
Field effect transistors
Charge transfer
Silicon
Semiconductor devices
Cutoff frequency
Scattering
Ions
Transistors
Wave power
Electrons
Semiconductor materials
Impact ionization
Millimeter waves
Diodes
Hot carriers
Lipid bilayers
Hot electrons
Poisson equation
Monte Carlo methods
Power amplifiers
Electric fields
Biological systems
Proteins
Phonons
Photoexcitation
Frequency response
Semiconductor quantum wells
Networks (circuits)
Momentum
Germanium
Electron-phonon interactions
Band structure
Membranes
Physics
Nanowires
Transconductance
Transient analysis
Monte Carlo simulation
Signal analysis
Nanopores
Charge density
Electrolytes
Microwaves
Electrostatic force
Capacitance
Substrates
Heterojunctions

Chemical Compounds

High electron mobility transistors
Simulators
Silicon
Charge transfer
Ion Channels
Cutoff frequency
Transistors
Scattering
Semiconductor materials
Cellular automata
Porins
Field effect transistors
Electrons
Impact ionization
Hot electrons
Poisson equation
Electric fields
Hot carriers
Germanium
Lipid bilayers
Diodes
Biological systems
Phonons
Monte Carlo methods
Frequency response
Momentum
Physics
Semiconductor quantum wells
Substrates
Semiconductor devices
Ions
Coulomb interactions
Electrolytes
Electron devices
Monte Carlo simulation
Electron-phonon interactions
MESFET devices
Wave power
Permittivity
Capacitance
Band structure
Interpolation
Nanowires
Millimeter waves
Gates (transistor)
Ionic conduction
Photoexcitation
Microwaves
Inversion layers
Finite difference time domain method

Physics & Astronomy

General

simulation
simulators
cellular automata
electron phonon interactions
cut-off
field theory (physics)
scaling
membranes
millimeter waves
power amplifiers
electric fields
insulators
microwaves
energy
generators

Engineering

high electron mobility transistors
field effect transistors
scattering
transistors
diodes
nanowires
direct current
apertures
ionization
hydrodynamics

Chemistry and Materials

silicon
wurtzite
proteins
lipids

Physics

electrons
phonons
harmonics
quantum wells
ions

Mathematical and Computer Sciences

Poisson equation
Monte Carlo method