Coursera Flash Sale
40% Off Coursera Plus for 3 Months!
Grab it
Attend a theoretical physics seminar exploring the renormalization group flow of Yukawa couplings and CP violation in particle physics. Examine the 1-loop RG flow of the CKM matrix within the Standard Model framework, focusing on the identification and analysis of fixed points in this fundamental system. Investigate the renormalization group running of the Jarlskog invariant and discover how CP violation behaves at these critical points. Explore the application of this mathematical framework to the leptonic sector through analysis of the PMNS matrix, incorporating three sterile right-handed Dirac neutrinos into the theoretical model. Compare and contrast the distinct flow characteristics that emerge for normal versus inverted hierarchies of neutrino masses, gaining insight into how mass ordering affects the renormalization group evolution. Deepen your understanding of advanced concepts in quantum field theory, particle physics phenomenology, and the mathematical structures underlying flavor physics and CP violation mechanisms in both quark and lepton sectors.
