Keyphrases
Path Integral Monte Carlo
91%
Polarizability
70%
Finite Temperature
61%
Monte Carlo Method
58%
Non-adiabatic
44%
Thermal Effect
42%
Hyperpolarizability
36%
Dynamic Polarizability
27%
Quantum Statistics
22%
Ro-vibrational
21%
Van Der Waals Coefficients
21%
Imaginary Time
19%
Nonlinear Optical Properties
17%
Two-electron System
14%
Neural Network
14%
Diamagnetic Susceptibility
14%
Path Integral Simulation
14%
Molecular Polarizability
14%
Atomic Polarizability
14%
Exact Modeling
14%
Quantum Delocalization
14%
Static Polarizability
14%
Time-dependent Simulation
14%
Static Electric Field
14%
Field Gradient
14%
Stark Effect
14%
Quantum-dot Cellular Automata
14%
Monte Carlo
14%
Time Response
14%
Electron Systems
14%
Thermal Coupling
13%
Path Integral Monte Carlo Simulation
13%
Tensorial
13%
Analytic Continuation
12%
Adiabatic Approximation
10%
Free Field
10%
Hydrogen Molecule
9%
Many-body Correlations
9%
Electric
8%
Dynamic multipole Polarizability
8%
Dipole Moment
8%
Correlation Function
7%
Maximum Entropy Method
7%
Non-relativistic
7%
Density Matrix
7%
Van Der Waals
7%
Nist
7%
First-principles
7%
Born-Oppenheimer Approximation
7%
Two-electron
7%
Chemistry
Polarizability
100%
Path Integral
84%
Monte Carlo Method
49%
Finite-Temperature
45%
Multipole
26%
Nonlinear Optical Property
17%
Hyperpolarizability
16%
electronics
16%
Ground State
14%
Diamagnetic Susceptibility
14%
Hydrogen
10%
First Principle
9%
Electric Field
9%
Density Matrix
6%
Dipole Moment
6%
Born-Oppenheimer Approximation
5%
Physics
Monte Carlo
44%
Multipole
40%
Monte Carlo Method
37%
Finite-Temperature
28%
Quantum Statistics
16%
Cellular Automata
14%
Optical Property
14%
Quantum Dot
14%
First Principle
8%
Maximum Entropy Method
7%
Electric Field
7%
Magnetic Field
7%
Charged Particle
7%