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- Missing_energy abstract "In experimental particle physics, missing energy refers to energy which is not detected in a particle detector, but is expected due to the laws of conservation of energy and conservation of momentum. For example, if an electron and a positron collide head-on at equal speeds in the lab frame, any net momentum of outgoing particles indicates a missing energy. Missing energy is generally attributed to particles which escape the detector without being detected. Although, apparent missing energy may also be caused by mismeasurement within a field that is also attributed to executive functions of physics on the energy/momentum of detected particles.In hadron colliders, the initial momentum of the colliding partons along the beam axis is not known (because the energy of each hadron is split, and constantly exchanged, between its constituents), so the amount of total missing energy cannot be determined. However, the initial energy in particles travelling transverse to the beam axis is zero, so any net momentum in the transverse direction indicates missing transverse energy (MET).Missing energy is commonly used to infer the presence of non-detectable particles such as the standard model neutrino and is expected to be a signature of many predicted physics events that contain particles that do not interact with the detector, for example the lightest supersymmetric particle.".
- Missing_energy wikiPageID "4643524".
- Missing_energy wikiPageLength "1738".
- Missing_energy wikiPageOutDegree "17".
- Missing_energy wikiPageRevisionID "679245451".
- Missing_energy wikiPageWikiLink Category:Experimental_particle_physics.
- Missing_energy wikiPageWikiLink Collider.
- Missing_energy wikiPageWikiLink Conservation_of_energy.
- Missing_energy wikiPageWikiLink Electron.
- Missing_energy wikiPageWikiLink Energy.
- Missing_energy wikiPageWikiLink Experimental_physics.
- Missing_energy wikiPageWikiLink Hadron.
- Missing_energy wikiPageWikiLink Laboratory_frame_of_reference.
- Missing_energy wikiPageWikiLink Lightest_Supersymmetric_Particle.
- Missing_energy wikiPageWikiLink Momentum.
- Missing_energy wikiPageWikiLink Neutrino.
- Missing_energy wikiPageWikiLink Particle_detector.
- Missing_energy wikiPageWikiLink Particle_physics.
- Missing_energy wikiPageWikiLink Parton_(particle_physics).
- Missing_energy wikiPageWikiLink Positron.
- Missing_energy wikiPageWikiLink Subatomic_particle.
- Missing_energy wikiPageWikiLinkText ""missing" (transverse) energy".
- Missing_energy wikiPageWikiLinkText ""missing"".
- Missing_energy wikiPageWikiLinkText "Missing energy".
- Missing_energy wikiPageWikiLinkText "Missing transverse energy".
- Missing_energy wikiPageWikiLinkText "missing energy".
- Missing_energy wikiPageWikiLinkText "missing transverse energy".
- Missing_energy wikiPageUsesTemplate Template:Citation_needed.
- Missing_energy wikiPageUsesTemplate Template:Particle-stub.
- Missing_energy wikiPageUsesTemplate Template:Unreferenced.
- Missing_energy subject Category:Experimental_particle_physics.
- Missing_energy type Physic.
- Missing_energy comment "In experimental particle physics, missing energy refers to energy which is not detected in a particle detector, but is expected due to the laws of conservation of energy and conservation of momentum. For example, if an electron and a positron collide head-on at equal speeds in the lab frame, any net momentum of outgoing particles indicates a missing energy. Missing energy is generally attributed to particles which escape the detector without being detected.".
- Missing_energy label "Missing energy".
- Missing_energy sameAs Q9178706.
- Missing_energy sameAs Brakująca_energia.
- Missing_energy sameAs m.0cf5lq.
- Missing_energy sameAs Q9178706.
- Missing_energy wasDerivedFrom Missing_energy?oldid=679245451.
- Missing_energy isPrimaryTopicOf Missing_energy.