Conveners
Session - XIII
- 达 柳 ()
Quantum computing is an emerging paradigm in high-energy physics with the potential to overcome fundamental limitations of classical methods. Real-time dynamics, parton structure, and Minkowski-space observables of QCD remain among the hardest problems in modern theory — precisely the regime where quantum simulation offers a natural advantage. In this talk, we present recent progress on...
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...
