Linked from

The 20 pages that link to Graviton, each with the reason it gives.

• PhotonCompared with: It is a proposed force-carrier analogue, unlike the experimentally established photon.

• Quantum gravityBroader topic: In perturbative descriptions, gravity’s weak-field excitations behave like gravitons.

• Gravitational waveCompared with: Gravitational waves are classical spacetime disturbances; gravitons are their proposed quantum counterparts.

• GravityBroader topic: It is predicted in perturbative quantum approaches but has not been detected.

• GluonCompared with: It is a proposed force carrier, whereas gluons are experimentally established particles.

• Gravitational fieldRelated: Whether gravity’s field has a particle description remains unresolved.

• BosonCompared with: It is a proposed boson, unlike the experimentally established Standard Model bosons.

• W and Z bosonsCompared with: Unlike W and Z bosons, it has not been observed.

• Gravitational forceCompared with: It is the unobserved force-carrier counterpart to the geometric description of gravity.

• Elementary particleCompared with: It illustrates a proposed elementary particle absent from the experimentally confirmed Standard Model.

• Gauge bosonCompared with: Unlike the Standard Model gauge bosons, it has not been observed and gravity lacks an established quantum field theory.

• GravitationRelated: No graviton has been detected, and its status reflects gravity's unresolved quantum description.

• Wigner classificationRelated: Its proposed particle states illustrate higher-helicity massless representations.

• Fundamental interactionRelated: It illustrates the unresolved search for a quantum carrier of gravity.

• Z bosonCompared with: It is another proposed force carrier, but has no confirmed experimental detection.

• Tests of general relativityCompared with: General relativity is classical; searching for quantum gravity probes a different limit than precision classical tests.

• Massless particleBroader topic: In perturbative theories, the graviton is massless and has spin two.

• SupergravityRelated: Supergravity pairs the graviton with the gravitino in its simplest multiplet.

• Force carrierRelated: It is the proposed carrier of gravity in a quantum theory.

• Hypothetical particleBroader topic: It would be the particle description of gravity in a quantum theory.