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

Physics & Astronomy

General

baths
death
operators
decay
harmonic oscillators
quantum computation
derivation
restoration
bells
pulses
white noise
interactions
leakage
spontaneous emission
dissipation
information systems
simulation
breathing
projection
feedback control
decomposition
kernel functions
crossovers
counting
skewness
off-on control
oscillators
histories
mirrors

Aeronautics

trajectories

Aerospace Sciences

cavities
nonuniform magnetic fields

Engineering

decoupling
quantum dots
parametric frequency converters
electron spin
energy transfer

Physics

atoms
bosons
perturbation
heat
fermions
Dirac equation
vacuum
temperature
center of mass
elimination

Mathematical and Computer Sciences

approximation
eigenvectors
statistics

Mathematics

Entanglement
Decoherence
Quantum State
Master Equation
Qubit
State Equation
Diffusion equation
Quantum Control
Cavity
Sudden Death
Quantum Interference
Correlated Noise
Harmonic Oscillator
Quantum Systems
Reproducing Kernel
Coupled Oscillators
Perturbation Method
Coherent States
Feedback Control
Brownian motion
Support Vector Machine
Density Matrix
Magnetic Field
Trajectory
Open Quantum Systems
Quantum Entanglement
Time Scales
Mixed State
Quantum Dynamics
Local Time
Spin Systems
kernel
Kernel Function
Feature Space
Explicit Solution
White noise