Physics & Astronomy
insulators
100%
superconductivity
75%
magnets
56%
perovskites
55%
ferrimagnetism
55%
symmetry
47%
fermions
46%
Fermi surfaces
44%
disorders
41%
moments
39%
cuprates
38%
interactions
35%
breakdown
35%
magnetic properties
33%
ground state
31%
electronics
31%
orbits
30%
superlattices
30%
electrons
28%
scars
26%
engineering
25%
ferromagnetism
24%
spin exchange
23%
conduction electrons
22%
rare earth elements
21%
magnetization
21%
polarization
21%
orbitals
20%
oscillations
19%
proposals
19%
predictions
19%
excitons
18%
synthesis
18%
chromium
17%
interlayers
17%
heavy fermion superconductors
17%
dimers
17%
anisotropy
17%
parity
16%
sectors
16%
condensates
16%
paradoxes
15%
borides
15%
degrees of freedom
15%
anomalies
15%
antiferromagnetism
15%
torque
14%
density functional theory
14%
crystals
13%
magnetic fields
13%
Engineering & Materials Science
Superconductivity
83%
Fermions
79%
Superlattices
59%
Electrons
54%
Perovskite
52%
Fermi surface
42%
Magnetic properties
38%
Ground state
38%
Superconducting materials
37%
Rare earths
35%
Magnets
32%
Electronic properties
31%
Heavy fermion superconductors
31%
Dimers
28%
Density functional theory
28%
Hamiltonians
28%
Ferromagnetism
28%
Surface states
27%
Photoemission
24%
Electronic structure
23%
Fermi level
23%
Doping (additives)
21%
Chromium
20%
Invariance
20%
Spin polarization
19%
Magnetic moments
19%
Temperature
19%
Transition metals
18%
Borides
17%
Crystal symmetry
17%
Magnetic fields
16%
Crystal structure
16%
Crystals
15%
Point groups
15%
Nickel oxide
15%
Polarization
14%
Domain walls
14%
Magnetism
13%
Copper oxides
13%
Anisotropy
13%
Magnetization
13%
Liquids
12%
Phase diagrams
12%
Metals
12%
Charge transfer
12%
Thermoelectric power
11%
Mean field theory
10%
Kondo effect
9%
Substrates
8%
Rare earth elements
8%
Chemical Compounds
Skyrmion
76%
Fermion
70%
Superconductivity
63%
Nonconductor
47%
Superconductor
46%
Antiferromagnetic
44%
Electron Particle
35%
Electron Spin
34%
Disorder
32%
Spin Hamiltonian
30%
Surface State
28%
Magnetic Property
28%
Superlattice
26%
Bound State
24%
Exciton
24%
Chemical Formula
23%
Ground State
22%
Pressure
22%
Hamiltonian
21%
Lanthanoid Atom
21%
Energy
19%
Statistical Ensemble
19%
Ferrimagnetic
18%
Landau Level
18%
Ferromagnetism
17%
Magnetization
17%
Electronic Property
17%
Photoemission
16%
Effective Mass
16%
Sum Rule
15%
Polarization
14%
Lattice Model
13%
Magnetic Phenomena
13%
Strain
13%
Conduction Electron
13%
Magnetic Moment
13%
Spin Polarization
12%
Point Group
12%
Doped Compound
12%
Atomistic Simulation
12%
Surface
12%
Density Functional Theory
11%
Electronic State
11%
Fermi Level
11%
Copper Oxide
10%
Magnetism
10%
Order Parameter
9%
Mean-Field Theory
9%
Magnetic Field
8%
Communication
8%
