Технические дисциплины и материаловедение
Activation energy
14%
Anisotropy
29%
Approximation algorithms
7%
Autocorrelation
7%
Autonomous agents
11%
Band structure
44%
Charge transfer
18%
Computer systems
8%
Cooling
9%
Crystal structure
26%
Curie temperature
22%
Defects
6%
Derivatives
11%
Dimers
42%
Embeddings (Algorithms)
8%
Exchange coupling
52%
Exchange interactions
31%
Experiments
10%
Free energy
16%
Ground state
85%
Hamiltonians
50%
Hilbert spaces
9%
Impurities
9%
Ions
26%
Lattice vibrations
5%
Liquids
19%
Machine learning
17%
Magnetic anisotropy
45%
Magnetic materials
11%
Magnetic moments
14%
Magnetic structure
93%
Magnetic susceptibility
83%
Magnetism
13%
Magnetization
44%
Magnetostriction
20%
Magnets
12%
Markov chains
6%
Materials science
11%
Mean field theory
46%
Neural networks
31%
Neutron diffraction
40%
Pantographs
8%
Phase diagrams
18%
Phase transitions
9%
Phonons
14%
Powder Diffraction
25%
Probability distributions
6%
Quantum computers
39%
Reinforcement learning
9%
Sampling
19%
Scanning tunneling microscopy
25%
Specific heat
29%
Spin orbit coupling
59%
Supervised learning
30%
Synchrotrons
18%
Temperature
13%
Thermal expansion
14%
Thermodynamics
36%
Transmission electron microscopy
14%
Visualization
7%
Wave functions
19%
Физика и астрономия
activation energy
10%
alignment
5%
anisotropy
18%
approximation
23%
atomic structure
9%
atoms
14%
autocorrelation
6%
classifiers
38%
configurations
45%
cooling
9%
crystal structure
16%
damping
5%
data storage
7%
density functional theory
10%
diffraction
7%
dimers
23%
education
28%
electronic structure
21%
electronics
7%
electrons
12%
embedding
7%
energy
12%
estimates
8%
formalism
6%
free energy
11%
frustration
47%
functionals
8%
games
35%
ground state
59%
high resolution
8%
Hilbert space
23%
interactions
30%
isotropy
32%
kinetics
17%
learning
74%
liquids
15%
machine learning
18%
magnetic materials
7%
magnetic moments
13%
magnetic permeability
27%
magnetic properties
13%
magnetization
32%
magnetostriction
15%
magnets
31%
Markov chains
8%
materials science
5%
moments
13%
neutron diffraction
9%
operators
6%
orbitals
20%
orbits
6%
phase diagrams
7%
phonons
13%
physical properties
7%
plateaus
26%
profiles
15%
projection
13%
propagation
5%
pulse duration
5%
quantum computation
5%
quantum computers
34%
reinforcement
5%
saddle points
5%
samplers
38%
sampling
23%
saturation
9%
scanning tunneling microscopy
9%
selenium
10%
set theory
14%
simulation
9%
space bases
37%
specific heat
22%
statistical distributions
15%
symmetry
30%
synchrotrons
12%
temperature
15%
thermal expansion
12%
thermodynamics
16%
transmission electron microscopy
6%
variational principles
5%
wave functions
22%
Химические соединения
Anisotropy
26%
Charge Transfer
9%
Cooling
12%
Crystal Structure
8%
Cubic Crystal
15%
Cubic Space Group
23%
Curie-Weiss Temperature
24%
Drop
24%
Electron Spin
100%
Electronic Band Structure
14%
Electronic Property
11%
Electronic State
20%
Energy
13%
Energy Barrier
13%
Environment
8%
Exchange Interaction
19%
Face-Centered Cubic Crystal System
30%
Gibbs Free Energy
10%
Ground State
67%
Hamiltonian
32%
Heat
10%
Heat Capacity
14%
Hilbert Space
63%
Ion
11%
Magnetic Anisotropy
36%
Magnetic Material
11%
Magnetic Moment
9%
Magnetic Property
11%
Magnetic Structure
79%
Magnetism
31%
Magnetization
35%
Magnetostriction
22%
Mean-Field Theory
42%
Monolayer
21%
Monte Carlo Method
15%
Neutron Diffraction
29%
Phase Diagrams
12%
Phonon
26%
Pressure
16%
Reaction Activation Energy
9%
Sampling
23%
Selenium Atom
19%
Simulation
8%
Skyrmion
57%
Spin Hamiltonian
18%
Spin Polarized Scanning Tunneling Microscopy
30%
Spin-Orbit Coupling
34%
Strain
19%
Structural Phase Transition
36%
Thermal Expansion
15%
Thermodynamics
26%
Transmission Electron Microscopy
9%
Wave Function
49%