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Fingerprint Fingerprint is based on mining the text of the person's research documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

Engineering & Materials Science

Two dimensional electron gas
Electron beams
Heterojunctions
Point contacts
Thin films
Field effect transistors
Radiation
Graphene
Reactive ion etching
Fabrication
Electric potential
Superconducting materials
SQUIDs
High electron mobility transistors
Temperature
Magnetic flux
Ballistics
Drain current
Electrodes
Passivation
Diamonds
Semiconductor quantum dots
Nanowires
Fluxes
Monolayers
Magnetic fields
Vortex flow
Superconducting resonators
Energy gap
Millimeter waves
Capacitance
Atomic layer deposition
Single electron transistors
Quantum Hall effect
Submillimeter waves
Carrier concentration
Annealing
Geometry
Triodes
Electric power measurement
Metalloids
Electron traps
Current density
Lipid bilayers
Aluminum
Tunnel junctions
Copolymers
Networks (circuits)
Light modulators
Critical currents

Physics & Astronomy

General

Josephson junctions
thin films
electron gas
Josephson effect
resonant tunneling
tunnel junctions
insulators
augmentation
detectors
vortices
injection
self alignment
charging
radiation
wrap
triodes
submillimeter waves
activation
neurons
death
retarding

Engineering

field effect transistors
graphene
nanowires
single electron transistors
electrodes
fabrication
quantum dots
capacitance
broadband
etching
annealing
ring structures
quantum Hall effect

Physics

electric potential
ballistics
magnetic flux
threshold voltage
solitary waves
electron beams
current density
coherent radiation
modulation
high temperature superconductors

Aerospace Sciences

magnetic fields

Chemistry and Materials

niobium
metalloids
aluminum gallium arsenides
aluminum oxides

Mathematical and Computer Sciences

sensitivity

Chemical Compounds

Two dimensional electron gas
Heterojunctions
Point contacts
Magnetic flux
Ballistics
Electric potential
Methacrylates
Thin films
Semiconductor quantum dots
Fluxes
Electron beams
Magnetic fields
Vortex flow
Superconducting resonators
Superconducting materials
Diamond
Energy gap
Capacitance
Electrodes
Submillimeter waves
Metalloids
Graphite
Tunnel junctions
Copolymers
Aluminum Oxide
Light modulators
Critical currents
SQUIDs
Semiconductor materials
Temperature
Positrons
Silicon
Field effect transistors
Fermi level
Solitons
Plasmas
Radiation
Passivation
Photonics
Methylmethacrylate
Neurons
Nanowires
Optical microscopy
Resonators
Waveguides
Capacitors
Plasma etching
Metals
Chemical activation
Modulation