School of Arts and Sciences, Physics & Astronomy

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Physics & Astronomy

General

collisions
decay
detectors
cross sections
energy
insulators
predictions
confidence
interactions
asymmetry
nuclei
supernova remnants
electronics
quantum chromodynamics
metals
scalars
single crystals
electronic structure
parity
strings
scaling
simulation
impurities
form factors
anisotropy
probes
anomalies
thin films
operators
continuums
radii
phase diagrams
ejecta
estimates
ionic collisions
string theory
retarding

Physics

quarks
luminosity
protons
bosons
leptons
transverse momentum
Higgs bosons
muons
electrons
center of mass
pair production
polarization
physics
temperature
photons
orbitals
fermions
mesons
neutrons
pions
kinematics
valence
ground state
partons
hadrons
momentum
halos
charged particles
photoelectric emission
stellar mass
baryons
lenses
neutrinos
dust
star formation rate
color

Aerospace Sciences

galaxies
supernovae
dark matter
star formation
spectroscopy
stars
telescopes
magnetic fields
cosmology
Hubble Space Telescope
dwarf galaxies

Engineering

x rays
excitation
scattering
superconductivity
signatures
moments
magnetic permeability
life (durability)
ferroelectricity
ion scattering
high resolution

Mathematical and Computer Sciences

supersymmetry
symmetry
matrices
approximation

Chemistry and Materials

gases
oxygen
cuprates
Fermi liquids
oxides
perovskites

Life Sciences

disorders
gravitational lenses

Engineering & Materials Science

Temperature
Electrons
Ferroelectric materials
Detectors
Mean field theory
Bosons
X rays
Polarization
Scattering
Magnetic fields
Phase transitions
Perovskite
Manganites
Superconductivity
Doping (additives)
Single crystals
Electronic structure
Magnetization
Protons
Superconducting materials
Fermions
Momentum
Ground state
Luminance
Experiments
Ions
Spectroscopy
Oxides
Metals
Hamiltonians

Chemical Compounds

Temperature
Ferroelectric materials
Electrons
Mean field theory
Oxides
Polarization
Superconductivity
X rays
Phase transitions
Metals
Manganites
Magnetic fields
Magnetization
Doping (additives)
Single crystals
Electronic structure
Ions
Scattering
Superconducting materials
Ground state
Fermions
Magnetic properties