Physics & Astronomy
collisions
100%
decay
68%
detectors
50%
quarks
49%
protons
46%
leptons
45%
luminosity
43%
bosons
37%
cross sections
36%
Higgs bosons
34%
energy
33%
gravitational waves
33%
x rays
32%
LIGO (observatory)
27%
transverse momentum
26%
electronic structure
26%
muons
26%
confidence
25%
center of mass
24%
electrons
22%
galaxies
21%
predictions
21%
neutron stars
21%
hadrons
20%
pair production
19%
mesons
19%
photons
19%
dark matter
18%
neutrinos
17%
interactions
17%
physics
17%
magnetic fields
16%
supernovae
14%
electronics
14%
stars
14%
orbitals
14%
gamma ray bursts
13%
pulsars
13%
metals
13%
quantum chromodynamics
13%
atoms
12%
plane waves
12%
supersymmetry
11%
calorimeters
11%
simulation
11%
kinematics
11%
polarization
11%
scattering
11%
antiprotons
10%
globular clusters
10%
scalars
10%
asymmetry
10%
magnetic moments
10%
anisotropy
9%
transition metals
9%
sensitivity
9%
microscopy
9%
telescopes
9%
signatures
9%
high resolution
9%
partons
9%
charged particles
9%
life (durability)
8%
oscillations
8%
binary stars
8%
symmetry
8%
thin films
8%
form factors
8%
nuclear magnetic resonance
8%
excitation
8%
gluons
8%
superconductivity
8%
orbits
8%
approximation
8%
star formation
8%
Fermi surfaces
8%
magnetization
7%
superlattices
7%
magnetic properties
7%
aerogels
7%
spectroscopy
7%
temperature
7%
moments
7%
weakly interacting massive particles
7%
momentum
7%
planets
7%
estimates
7%
coalescing
7%
probes
7%
envelopes
6%
mass spectra
6%
molecules
6%
fermions
6%
bursts
6%
kaons
6%
baryons
6%
nucleons
6%
sky
6%
radii
6%
energy bands
6%
Engineering & Materials Science
Electronic structure
44%
X rays
30%
Electrons
27%
Detectors
23%
Monolayers
18%
Superconducting materials
17%
Electronic properties
16%
Atoms
16%
Magnetic fields
15%
Bosons
15%
Band structure
15%
Temperature
14%
Magnetism
13%
Protons
13%
Magnetic moments
13%
Photons
13%
Superconductivity
13%
Hadrons
12%
Metals
12%
Superlattices
11%
Fermi surface
11%
Thin films
11%
Experiments
11%
Transition metals
10%
Density functional theory
10%
Momentum
10%
Imaging techniques
10%
Crystals
9%
Fermions
9%
Magnetization
9%
Microscopic examination
9%
Luminance
9%
Substrates
9%
Phonons
8%
Magnetic properties
8%
Energy gap
8%
Polarization
8%
Nuclear magnetic resonance
8%
Scattering
7%
Semiconductor materials
7%
Molecules
7%
Spectroscopy
6%
Impurities
6%
Anisotropy
6%
Calorimeters
6%
Excitons
6%
Single crystals
6%
Local density approximation
6%
Dark Matter
6%
Structural properties
6%
Multilayers
6%
Ions
6%
Ground state
5%
Phase transitions
5%
Optical properties
5%
Lattice constants
5%
Mirrors
5%
Transport properties
5%
Fermi level
5%
Phase diagrams
5%
Ferromagnetism
5%
Tin
5%
Doping (additives)
5%
Vacancies
5%
Wavelength
5%
Cosmic rays
5%
Aerogels
5%
Chemical Compounds
Electronic State
24%
Energy
15%
Superconductor
15%
Magnetic Field
14%
Electron Spin
13%
Surface
10%
Density of State
10%
Electronic Band Structure
10%
Monolayer
10%
Magnetism
9%
Magnetic Moment
9%
Augmented Plane Wave Method
9%
X-Ray
9%
Electronic Property
9%
Molecular Cluster
9%
Superconductivity
8%
Semiconductor
8%
Superlattice
8%
Liquid Film
8%
Supercritical Fluid
8%
Band Gap
7%
Electron Particle
6%
Metal
6%
Magnetization
6%
Anisotropy
6%
Orbital
6%
Magnetic Property
6%
Order Parameter
6%
Antiferromagnetic
5%
Fermion
5%
Transition Element
5%
Quasiparticle
5%
Multilayer
5%