W boson: Strange new Higgs particles could explain shocking W boson result

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Ideas from beyond the standard model of particle physics, including technicolor and glueball Higgs particles, could explain the recent shock finding that the W boson is heavier than we thought



Physics



2 May 2022

Collision of Particles in the Abstract Collider; Shutterstock ID 342639581; purchase_order: 2 May online; job: Photo; client: NS; other:

Could an extra Higgs boson or dark matter explain the surprisingly high mass of the W boson?

Shutterstock / Andrey VP

On 7 April, researchers announced results from the now-defunct Tevatron collider in Illinois finding that the mass of the W boson is higher than the standard model of particle physics predicts – a shockingly solid measurement that could demand new physics. Ideas to explain it have already begun flowing in earnest.

The W boson is one of the particles that carries the weak nuclear force in the same way that a photon carries electromagnetic force. …

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