Linked from

The 121 pages that link to Photon, each with the reason it gives.

• Black-body radiationBroader topic: Planck's spectrum can be understood through quantized photons occupying thermal modes.

• Electroweak interactionBroader topic: It is the surviving massless gauge field after electroweak symmetry breaking.

• Cosmological redshiftBroader topic: Its wavelength changes during cosmic expansion even as it travels freely through space.

• BosonBroader topic: Photons are bosons whose occupation of optical modes enables laser light.

• Wave–particle dualityBroader topic: Photons produce discrete detection events while also forming interference patterns.

• Gravitational redshiftBroader topic: A photon’s energy is proportional to its frequency, which observers measure differently across gravitational potentials.

• Spin–statistics theoremBroader topic: Its bosonic statistics allow many photons to occupy the same optical mode.

• Quantum opticsBroader topic: Individual photons are the basic excitations whose states and statistics quantum optics studies.

• Gauge bosonBroader topic: It mediates electromagnetism and is the simplest familiar gauge boson.

• Electromagnetic interactionBroader topic: In quantum electrodynamics, photon exchange describes electromagnetic interactions.

• Electroweak symmetry breakingBroader topic: The unbroken electromagnetic symmetry leaves it massless.

• Solar radiationBroader topic: Solar energy is exchanged with matter in discrete photons.

• Electroweak theoryBroader topic: It emerges as the massless gauge field after electroweak symmetry breaking.

• Electroweak epochBroader topic: It is the surviving massless gauge boson after electroweak symmetry breaking.

• Energy–momentum relationBroader topic: Its zero rest mass makes energy proportional to momentum: E = pc.

• Photon gasBroader topic: Each member of the gas is a photon, with energy set by its frequency.

• Weak hyperchargeBroader topic: It emerges after symmetry breaking from a mixture of the weak-isospin and hypercharge gauge fields.

• Massless particleBroader topic: Photons are the best-known massless particles and transmit electromagnetic interactions.

• Landau–Yang theoremBroader topic: Two photons are the canonical pair to which the theorem applies.

• Photon epochBroader topic: Photons supplied the dominant energy density named by this epoch.

• Tired lightBroader topic: The hypotheses posit that photons lose energy during intergalactic travel.

• Force carrierBroader topic: It mediates electromagnetism and has infinite range.

• QuantumBroader topic: A photon is a concrete example of a quantum exchanged by a physical field.