Physicists are nonetheless puzzled by a brand new measurement of a basic particle referred to as the W boson, which does not agree with our current understanding of the universe
Physics
14 December 2022
The Collider Detector at Fermilab, which measured the mass of the W boson Corbis through Getty Images
A shock measurement of the mass of a basic particle referred to as the W boson ignited the physics world in April, because it appeared to flout the usual mannequin of particle physics.
Hundreds of papers have been written since then to attempt to clarify the end result, which appears to defy our greatest principle of how the universe works. Experiments have been proposed to verify the findings, whereas the information and figures have been pored over to search for attainable …