Physics
Solar Cell
100%
Steady State
71%
Magnetic Field
57%
Kondo Effect
57%
Electric Fields
57%
Open Quantum Systems
42%
Quasi-Steady State
42%
Anisotropy
28%
Photoexcitation
28%
Monte Carlo Method
28%
Spin-Orbit Interaction
28%
Autocorrelation
28%
Momentum Transfer
28%
Renormalization Group Methods
28%
Degree of Freedom
28%
Energy Distribution
28%
Ising Model
28%
Density of States
28%
Plasmon
28%
Emission Spectra
28%
Electron Energy
28%
Phonon
28%
Perturbation Theory
28%
Ground State
28%
Q Factor
14%
Green's Functions
14%
Hilbert Spaces
14%
Quantum Transport
14%
Time Dependence
14%
Coherence
14%
Fermion
9%
Polaron
9%
Solitary Wave
7%
Cold Atom
7%
Engineering
Filtration
57%
Measured Spectrum
57%
Ray Emission
57%
Impact Ionization
42%
Loss Spectrum
28%
Loss Function
28%
Emission Spectra
28%
Auger Spectrum
28%
Isolated Point
28%
Bayesian Approach
28%
Space Dimension
28%
Bayesian Model
28%
Master Equation
28%
Probabilistic Approach
28%
Size Effect
28%
Markovian Dynamic
28%
Coulomb Repulsion
28%
Lattice Distortion
28%
Electric Field
14%
Optimum Number
14%
Dimensionless Form
14%
Heterostructures
14%
Quasi Steady State
14%
Solar Cell
14%
Nonequilibrium
14%
Quantum System
14%
Charge Carrier
14%
Nearest Neighbor
14%
Band Structure
14%
Structure Calculation
14%
Ground State
14%
Model Parameter
14%
Good Agreement
14%
Density Matrix
14%
Hole Concentration
9%
Dependent Loss
9%
Local Spin Density Approximation
9%
Chemistry
Mean-Field Theory
85%
Master Equation
66%
Solar Cell
57%
Impact Ionization
45%
Ising Model
28%
Feynman Diagram
28%
Vc
28%
Nonequilibrium
28%
Electric Field
28%
Photoexcitation
19%
Charge Carrier
19%
Tight Binding Model
19%
Vanadium Ion
14%
Momentum Transfer
14%
Electron Energy Loss Spectrometry
14%
Spin Gap
14%
Charge Ordering
14%
Size Effect
9%
Coherent Potential Approximation
9%
Polaron
9%
Coulomb Potential
9%