Physics:Quantum W and Z bosons: Difference between revisions

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[[File:Quantum W and Z bosons complex yellow.png|thumb|300px|Complex yellow illustration of W and Z bosons as massive weak-interaction carriers in decay and scattering processes.]]
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== Abstract ==
Quantum W and Z bosons are massive gauge bosons that mediate the weak interaction. The charged W bosons enable charged-current processes such as beta decay, while the neutral Z boson mediates neutral-current weak scattering. Their masses, couplings, and decay channels are key evidence for electroweak theory and symmetry breaking.


== Overview ==
== Overview ==

Revision as of 18:16, 19 May 2026


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Quantum W and Z bosons are massive gauge bosons that mediate the weak interaction.

Complex yellow illustration of W and Z bosons as massive weak-interaction carriers in decay and scattering processes.

Abstract

Quantum W and Z bosons are massive gauge bosons that mediate the weak interaction. The charged W bosons enable charged-current processes such as beta decay, while the neutral Z boson mediates neutral-current weak scattering. Their masses, couplings, and decay channels are key evidence for electroweak theory and symmetry breaking.

Overview

The charged W bosons and neutral Z boson govern weak processes such as beta decay and neutrino scattering.

See also

Table of contents (84 articles)

Index

Full contents

References


Author: Harold Foppele


Source attribution: W and Z bosons

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