Keyphrases
Actinide Compounds
50%
Cerium
50%
Close Interaction
50%
Complex Structure
50%
Computational Education
100%
Computational Methods
50%
Computational Study
100%
Condensed Materials
100%
Condensed Matter Physics
100%
Copper(II) Oxide
50%
Correlated Materials
50%
Dynamical Mean-field Theory
100%
Electron Gas
50%
Electronic Properties
100%
Electronic States
100%
Electronic Structure
100%
Finite Clusters
50%
First-principles Method
50%
Further Development
50%
Heavy Fermion System
50%
High-temperature Superconductors
100%
Iron Pnictides
50%
Long-wavelength Fluctuations
50%
Low Energy
100%
Magnetic States
50%
Many-body Problem
100%
Material Properties
50%
Materials Physics
100%
Metal-to-insulator Transition
50%
Metallic State
50%
Model Hamiltonian
50%
New Theoretical Model
50%
Orbital Ordering
50%
Particle Method
50%
Physical Properties
100%
Quantum Many-body Problem
50%
Rare Earth Compounds
50%
Real Materials
100%
Related Compounds
50%
Resistance to Flow
50%
Simplified Model
50%
Slave Particle
50%
Spin Ordering
50%
Strong Correlation
100%
Strong Interaction
50%
Strongly Correlated Electron Materials
100%
Strongly Correlated Fermi Systems
100%
Strongly Correlated Materials
50%
Structure Problem
50%
Superconducting Magnetic
50%
Superconducting State
50%
Technological Society
100%
Theoretical Method
50%
Theoretical Research
100%
Thermoelectric Coefficients
50%
Training post
100%
Ultrafast Nonlinear Optical Response
50%
Unconventional Superconductivity
50%
Undergraduate Students
100%
Uranium
50%
Volume Collapse
50%
Chemistry
Actinoid Atom
25%
Cerium
25%
Copper Oxide
25%
Electron Gas
25%
Electronic Property
50%
Electronic State
100%
electronics
25%
First Principle
25%
Heavy Fermion System
25%
Many Body Problem
75%
Mean-Field Theory
50%
Superconductivity
25%
Superconductor
50%
Thermoelectricity
25%
Uranium
25%
Physics
Actinide
16%
Computational Method
16%
Condensed Matter Physics
33%
Copper Oxide
16%
Electron Gas
16%
First Principle
16%
Heavy Fermion System
16%
High Temperature Superconductors
33%
Iron
16%
Many Body Problem
50%
Physics
100%
Superconductivity
16%
Thermoelectricity
16%