Møller scattering

E194002

Møller scattering is the quantum electrodynamical process describing the elastic scattering of two electrons via electromagnetic interaction.

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All labels observed (1)

Label Occurrences
Møller scattering canonical 3

Statements (44)

Predicate Object
instanceOf elastic scattering
quantum electrodynamical process
scattering process
conservesQuantity electric charge
energy
lepton number
momentum
hasAngularDistribution forward-peaked at high energies
hasApplication luminosity monitoring in electron colliders
hasChannel t-channel photon exchange
u-channel photon exchange
hasChargeConjugationProperty involves two negatively charged leptons
hasCrossSectionDependence fine-structure constant squared
scattering angle
hasDifferentialCrossSection function of center-of-mass scattering angle
hasFinalState two electrons
hasInitialState two electrons
hasInteractionType electromagnetic interaction
hasInterference between t-channel and u-channel amplitudes
hasKinematicRegime nonrelativistic limit
relativistic energies
hasOrderInPerturbationTheory leading order proportional to α²
hasProperty identical fermions in initial state
hasRadiativeCorrections loop-level QED corrections
hasSpinEffect spin-dependent cross section
hasSymmetryProperty crossing symmetry with Bhabha scattering
hasTheoreticalFramework relativistic quantum field theory
involvesParticle electron
is elastic scattering of two electrons
isCalculatedUsing Feynman diagrams
isDefinedAs e⁻ e⁻ → e⁻ e⁻ scattering
isDescribedBy quantum electrodynamics
isExampleOf tree-level QED process
isMediatedBy photon
isNamedAfter Christian Møller
isRelatedTo Bhabha scattering
isSubjectOf precision tests of the Standard Model
isSubprocessOf electron–electron scattering
isUsedIn high-energy physics experiments
isUsedTo measure electron beam polarization
test quantum electrodynamics
occursIn electron accelerators
fixed-target electron experiments
requires antisymmetrization of the scattering amplitude

Referenced by (3)

Full triples — surface form annotated when it differs from this entity's canonical label.

quantum electrodynamics predicts Møller scattering
Bhabha scattering relatedProcess Møller scattering
Christian Møller notableWork Møller scattering