Past Events
Feynman integral reduction plays an indispensable role in calculating high order perturbative corrections of scattering amplitudes to make precise theoretical predictions. In this talk...
Oct4
Abstract: Minimal Dark Matter (MDM) models extend the Standard Model (SM) by introducing an electroweak multiplet, whose neutral component $\chi_0$ serves as a...
Oct2
Abstract: In this talk, we discuss the Standard Model (SM) electroweak (EW) sector as a portal to the hidden sector, with EW bosons serving...
Sep25
Abstract: We investigate the factorisation theorem of deep inelastic scattering (DIS) in soft-collinear effective theory (SCET) beyond leading power, taking mass effects into account...
Aug28
In this talk, I will review the derivation and theoretical properties of the Loop Tree Duality, Time-Ordered Perturbation Theory, and Cross-Free Family representations (3D...
Aug9
Abstract: I will discuss the effect of interactions between two-dimensional defects like bubble and domain walls and axion-like particles whose decay constant changes across...
May29
Abstract: Light scalar fields are well motivated dark matter candidates, as they commonly arise as pseudo-Goldstone bosons and their abundance is set by the...
May24
Abstract: In this talk I'll review an old result from machine learning theory that relates infinite neural networks and generalized free field theories. With...
May15
Abstract: Heavy (bottom and charm) quarks are ideal probes of the nonperturbative dynamics of confinement, since heavy quarks effectively serve as static color sources...
May10
