Tag: physics beyond the Standard Model

A theoretical parameter scan found that the flavor-dependent U(1) gauge model can satisfy current muon g−2 constraints while predicting charged-lepton ...

A new theoretical study shows that a proposed 6 TeV muon collider could discover neutral vector-like leptons with masses up ...

A new theoretical analysis shows that weak triplet models designed to give neutrinos large magnetic moments without large masses ultimately ...

A new theoretical study proposes that quantum entanglement arises as an emergent consequence of projecting separable states from a higher-dimensional ...

A new global analysis of rare B-meson decays has delivered one of the sharpest constraints yet on a class of ...

In a groundbreaking leap for theoretical physics, a team of researchers has ventured into the enigmatic gravitational interactions of the ...

In a development that could redefine our understanding of the universe's fundamental building blocks, a groundbreaking study published in the ...

Unveiling the Subatomic Dance: Physicists Unravel Complexities of B Meson Decays with Cutting-Edge Quantum Chromodynamics In the ever-expanding universe of ...

In a monumental leap forward for our understanding of the fundamental forces that govern the cosmos, physicists at the Large ...

In a landmark announcement that has sent ripples of excitement through the global physics community, the XLZD Collaboration has unveiled ...