Who cares about measuring the spin of spin-less scalar?Demystifier said:But leaving theory aside, there's always an error in measurement of spin, isn't there?
Spin is a fundamental property of particles in quantum mechanics that describes their intrinsic angular momentum. It is similar to the spin of a spinning top or a planet on its axis, but at a much smaller scale.
The Higgs Boson is a crucial particle in the Standard Model of particle physics, and its spin plays a significant role in understanding its interactions with other particles. Determining its spin helps us validate the Standard Model and can provide insights into new physics beyond it.
Scientists use various techniques, such as analyzing the decay products of a particle, to determine its spin. For the Higgs Boson, the spin is determined by studying the distribution of its decay products and comparing it to theoretical predictions.
Several experiments, including the Large Hadron Collider at CERN, have observed the Higgs Boson and measured its spin to be consistent with 0. This evidence is supported by the Standard Model and further confirmed by the absence of any other possible spin values in the Higgs Boson's decay products.
Yes, in theories beyond the Standard Model, the Higgs Boson's spin could potentially have a different value. However, so far, all experimental evidence points towards the Higgs Boson having 0 spin, which is consistent with the Standard Model's predictions.