Linked from

The 43 pages that link to Fermion, each with the reason it gives.

• ElectronNarrower topic: As a spin-one-half particle, the electron is a fermion.

• Pauli exclusion principleNarrower topic: The principle applies to identical particles in this class.

• White dwarfNarrower topic: Electrons are fermions, so their quantum statistics provide the remnant's pressure support.

• Fermi–Dirac statisticsNarrower topic: Fermions are the particles whose allowed occupations the statistics describes.

• Electron spinNarrower topic: Electrons belong to the half-integer-spin particle family.

• BaryonNarrower topic: Baryons belong to the broader class of composite fermions.

• Wolfgang PauliNarrower topic: The exclusion principle applies to identical fermions, including electrons.

• Electron degeneracy pressureNarrower topic: Electrons are fermions, so their statistical rules underlie the pressure.

• Fermi energyNarrower topic: Only one fermion can occupy each available single-particle state, determining how states fill up to this energy.

• LeptonNarrower topic: Leptons are fermions, placing them among matter particles rather than force-carrying bosons.

• MuonNarrower topic: The muon is a spin-one-half fermion.

• Baryon numberNarrower topic: Quarks and baryons are fermions, though baryon number is distinct from spin and statistics.

• Cooper pairNarrower topic: Each electron is a fermion, while a Cooper pair has integer total spin.

• Helium-3Narrower topic: Helium-3 atoms behave as fermions, unlike helium-4 atoms.

• Hubbard modelNarrower topic: The electron version of the model inherits fermionic occupancy constraints.

• Fermi gasNarrower topic: The gas consists of particles from this quantum-statistical family.

• Lepton numberNarrower topic: All known leptons belong to this broader class of particles.

• Yukawa interactionNarrower topic: Fermion fields provide the matter degrees of freedom coupled by the interaction.

• Slater determinantNarrower topic: Slater determinants encode the exchange statistics of these particles.

• AntiquarkNarrower topic: Quarks and antiquarks are spin-one-half fermions.

• Majorana fermionNarrower topic: Majorana fermions are a special possibility within the fermion family.

• Neutron degeneracy pressureNarrower topic: Neutrons are fermions, so their available quantum states fill according to exclusion.

• Degenerate matterNarrower topic: Electrons and neutrons are fermions, so their state occupancy is restricted.

• Douglas OsheroffNarrower topic: Helium-3 atoms are fermions, so pairing is needed for them to condense collectively.

• Tau neutrinoNarrower topic: As a lepton, the tau neutrino is a fermion.

• Anthony LeggettNarrower topic: Helium-3 atoms are fermions, so their pairing differs from that of helium-4 atoms.

• Spin-½Narrower topic: Spin-½ particles are fermions, subject to the Pauli exclusion principle.