The Standard Model of particle physics describes nature’s known forces and subatomic particles. They include quarks, leptons ...

Particle physicists have been looking for so-called "sterile neutrinos" for a few decades now. They are a hypothesized ...

which would then decay into multiple particles of the lepton family (mainly electrons and muons). The production of Higgs boson pairs can occur within the Standard Model itself. It is such a rare ...

We study lepton-lepton and lepton-jet correlations (2-particle inclusive structure functions) as a possibly effective way to test the standard model and to probe new physics. The longitudinal, Wl, and ...

Within the Standard Model, increasingly precise predictions ... Higgs boson production events in the final state with multiple leptons complements the studies already carried out on other final ...

Scientists seeking the secrets of the universe would like to make a model that shows how all of nature's forces and particles fit together. It would be nice to do it with Legos. But perhaps a better ...

Take your pick of the Standard Model’s shortcomings: almost all of them motivate the search for additional Higgs bosons.

The Belle II experiment has recently made precise measurements of the lifetime of subatomic particles called quarks and leptons (such ... beyond the Standard Model,” said researchers in a ...

Scientists also maintain that within the Standard Model, increasingly precise predictions ... events in the final state with multiple leptons complements the studies already carried out on other ...

When a top quark decays, it gives rise to other particles like quarks, leptons, and bosons ... entanglement at these energy levels opens a new window for testing the Standard Model, the theory that ...