Chemistry
Coupled Cluster Methods
100%
Ground State
76%
Antiferromagnetic
63%
Coupled Cluster
42%
Excited State
38%
Magnon
38%
Coupled Cluster Theory
33%
Anisotropy
33%
Dimerization
16%
Distribution Function
16%
Crystal System
13%
Band Gap
12%
k·p perturbation theory
12%
Phase Change
12%
Lattice Model
11%
Order Parameter
11%
Spin System
11%
Quasiparticle
8%
Heisenberg Model
8%
Antiferromagnetic Material
8%
Hubbard Model
8%
Antiferromagnetism
8%
Phase Diagrams
8%
Long-Range Order
6%
Physics
Ground State
86%
Magnon
63%
Anisotropy
59%
Excitation
42%
Energy Spectra
35%
Distribution Function
21%
Perturbation Theory
21%
Graphene
16%
Wave Excitation
16%
Gauge Theory
16%
Quantum Number
14%
Gauge Field Theory
12%
Coupling Constant
12%
Spin System
12%
Fermion
12%
Coupled Mode
12%
Phase Change
12%
Cubic Lattice
8%
Plasmon
8%
Brillouin Zone
8%
Transport Property
8%
Zero-Temperature
8%
2D Material
8%
Dimerization
8%
Electron Gas
8%
Quasiparticle
8%
Engineering
Heisenberg Box
42%
One Dimensional
40%
Ground State
32%
Ground State Energy
31%
Excited State
26%
Anisotropic
25%
Square Lattice
21%
Two Dimensional
12%
Good Result
12%
Hamiltonian
10%
Good Agreement
10%
Longitudinal Mode
8%
Field Model
8%
Dimensionality
8%
Dimensional System
8%
Potential Site
8%
Bond Valence
8%
Dimerization
8%
Temperature Property
8%
Sublattice
8%
Excitation Spectrum
8%
Plaquette
8%
Successive Approximation
8%
Defects
5%
Energy Gap
5%
