solid-state physics

E645128

Solid-state physics is the branch of physics that studies the properties, structure, and behavior of solid materials, particularly through the quantum mechanics of electrons in crystals.

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All labels observed (2)

Label Occurrences
Condensed matter physics 1
solid-state physics canonical 1

Statements (53)

Predicate Object
instanceOf academic discipline
branch of physics
scientific field
appliesTo amorphous solids
crystalline solids
developedInCentury 20th century
focusesOn behavior of solids
properties of solids
structure of solids
historicalRoot crystal physics
metal physics
keyConcept Bloch waves NERFINISHED
Fermi surface NERFINISHED
electron-phonon interaction
energy band theory
exchange interaction
order parameters
phase transitions in solids
quasiparticles
providesFoundationFor microelectronics
quantum computing hardware
semiconductor device engineering
solid-state electronics
spintronics
relatedTo electrical engineering
materials science
nanotechnology
studies band structure of solids
crystal lattices
defects in crystals
dielectrics
electronic properties of solids
insulators
magnetic materials
magnetic properties of solids
mechanical properties of solids
metals
optical properties of solids
phonons
semiconductors
solid materials
superconductors
transport phenomena in solids
subfieldOf condensed matter physics
physics
typicalMethod X-ray diffraction NERFINISHED
electron microscopy
neutron scattering
spectroscopy of solids
transport measurements
usesTheory electromagnetism
quantum mechanics
statistical mechanics

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Pauli paramagnetism relevantTo solid-state physics
Boson relevantTo solid-state physics
this entity surface form: Condensed matter physics