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Description
Abstract:
Baryons are the most fundamental three-body systems in Nature, investigating the structure of baryons is a significant challenge in modern physics. The continuum Schwinger function methods (CSMs), when utilized judiciously, can provide meaningful predictions for the study of baryons, including their properties at nonzero temperature and chemical potential. In this talk, I will present the unified computation of axial-vector and pseudoscalar form factors related to the nucleon, the ∆-baryon, and the transition processes between them. I will also discuss the screening masses of positive- and negative-parity hadron ground-states, including those with strangeness.
Zoom Meeting ID: 97134296056
Password: 611511
https://zoom.us/j/97134296056?pwd=pbh0elLMz1HCUq0tShn881LWblrFDE.1
