Tag: beyond the Standard Model

A new theoretical study shows that evaporating asteroid-mass primordial black holes could produce a distinctive three-photon signature of sub-MeV dark ...

A new theoretical study shows the High-Luminosity LHC could detect a nested signature of vanishing tracks and displaced vertices that ...

A new theoretical study shows that a future 10 TeV muon collider could probe forbidden flavor-changing top-quark decays with sensitivities ...

Theoretical physicists have rebuilt the scotogenic model of neutrino mass and dark matter using exotic non-invertible symmetries, yielding sharper predictions ...

Researchers have shown that a carefully optimized quantum convolutional neural network can outperform classical models with similar parameter counts when ...

Physicists have upgraded the EasyScan_HEP parameter-scan framework so that large-language-model agents can prepare, validate, run and summarize high-energy physics scans ...

A new theoretical study shows that the forbidden decay of a muon into three electrons can constrain doubly charged scalars ...

The Large Hadron Collider, a monumental feat of human engineering and scientific endeavor, has once again pushed the boundaries of ...

In a groundbreaking development that has particle physicists buzzing with excitement, researchers have proposed a novel theoretical framework that elegantly ...

The quest to understand the fundamental building blocks of our universe has, for decades, been dominated by the elegantly successful ...