Skip to main content
See every side of every news story
Published loading...Updated

High-precision measurement of the W boson’s mass lends weight to the standard model

Summary by Nature
The latest value for the mass of a fundamental particle called the W boson is consistent with the standard model of particle physics, challenging a previous anomalous result. The latest value for the mass of a fundamental particle called the W boson is consistent with the standard model of particle physics, challenging a previous anomalous result.

5 Articles

But no discrepancy: An elementary particle that is decisive for our physical standard model is apparently no more difficult than it should be. This is evidenced by new analyses of proton collisions in the particle accelerator LHC. Thus, the mass of the W boson, the carrier particle of the weak nuclear force, corresponds to the predictions of the standard model – contrary to an earlier measurement from the USA, as the physicists report in Nature.…

The intermediate particles for the four basic forces form the basis of our standard physical model. However, one of them – the W boson of the weak nuclear power – seemed to be more massive than it should be according to a measurement of 2022. Now physicists have again determined the mass of this boson with the help of a good 100 million proton collisions in the particle accelerator LHC. The result is also [...] The article W-Boson: But no contra…

Think freely.Subscribe and get full access to Ground NewsSubscriptions start at $9.99/yearSubscribe

Bias Distribution

  • 100% of the sources are Center
100% Center

Factuality Info Icon

To view factuality data please Upgrade to Premium

Ownership

Info Icon

To view ownership data please Upgrade to Vantage

Nature broke the news in United Kingdom on Wednesday, April 8, 2026.
Too Big Arrow Icon
Sources are mostly out of (0)

Similar News Topics

News
Feed Dots Icon
For You
Search Icon
Search
Blindspot LogoBlindspotLocal