Conveners
Parallel B-2
- Minyuan Jiang (Institute of theoretical physics)
Many well-motivated UV theories contain bonsonic light degrees of freedom, which can exhibit various wave-like behaviors at low energy. This leads to many new ideas and novel observables in recent years to probe new physics in astrophysical and laboratory setups alike. In this talk, I will briefly review a few examples in leveraging the wave-like features to test axions and ultralight dark...
The intersection of high energy physics and quantum information science has opened new avenues for exploring fundamental physics at high energy colliders. Future lepton colliders, characterized by their clean collision environments and precise beam controls, provide an ideal experimental platform for high energy quantum information measurement. In this talk, we present a comprehensive study of...
Future Higgs factories provide a clean experimental environment and large Higgs samples, offering a unique opportunity for both precision Higgs measurements and direct searches for additional scalar states. In this talk, I will present a particle-level analysis strategy for Higgs physics based on the More-Interaction Particle Transformer (MIParT), which aims to maximize the use of...
Non-invertible symmetries have recently provided new possibilities for particle-physics model building. In this talk, I will discuss two examples based on non-invertible selection rules in lepton physics. The first is a radiative lepton model based on the Ising fusion rule, where the charged-lepton mass hierarchy is partially generated through one-loop dynamical symmetry breaking, while...
