Disambiguation evidence for boson (particle type named after him) via surface form

"boson"


As subject (46)

Triples where this entity appears as subject under the label "boson".

Predicate Object
associatedWith integer-spin quantum fields
canForm Bose–Einstein condensate
canForm laser light (coherent photon state)
canForm superfluid states
canOccupy same quantum state as other identical bosons
contrastedWith fermion
distinguishedBy ability for multiple particles to occupy same state
doesNotObey Pauli exclusion principle
fieldTheoryDescription quantum excitation of a bosonic field
follows Bose–Einstein statistics
includesExample Cooper pair
includesExample Higgs boson
includesExample W boson
includesExample Z boson
includesExample alpha particle
includesExample gauge boson
includesExample gluon
includesExample graviton (hypothetical)
includesExample kaon
includesExample magnon
includesExample meson
includesExample phonon
includesExample photon
includesExample pion
includesExample scalar boson
includesExample tensor boson (hypothetical graviton)
includesExample vector boson
instanceOf particle statistics category
instanceOf subatomic particle type
namedAfter Satyendra Nath Bose
obeys Bose–Einstein statistics
surface form: Bose–Einstein distribution
quantumNumberConstraint total wavefunction symmetric under exchange of identical bosons
roleInPhysics forms collective quantum states
roleInPhysics mediates fundamental interactions
spinStatisticsRelation integer spin implies Bose–Einstein statistics
spinType integer spin
standardModelCategory Higgs boson
standardModelCategory gauge boson
standardModelRole includes all force carrier particles except hypothetical graviton
statisticsType symmetric under particle exchange
usedIn condensed matter physics
usedIn description of lasers
usedIn description of superconductivity
usedIn description of superfluid helium
usedIn particle physics
usedIn quantum field theory

As object (2)

Triples where some other subject referred to this entity as "boson".

surface form: Satyendra Nath Bose
surface form: Satyendra Nath Bose