Moshe Rozali

Moshe Rozali is a Professor in the Department of Physics & Astronomy at The University of British Columbia. His research focuses on theoretical physics, with particular emphasis on particle theory, string theory, and related areas such as helicity amplitudes. He has explored applications of string theory to quantum chromodynamics and condensed matter systems, as well as foundational aspects of string theory, including matrix theory, AdS/CFT, black hole physics, and time dependence. His work also incorporates numerical simulations to address non-linear partial differential equations arising from Einstein equations in contexts relevant to holography. Rozali's research website and contact details can be found at https://phas.ubc.ca/users/moshe-rozali and rozali@physics.ubc.ca, respectively.

Moshe Rozali is a physicist at the University of British Columbia whose research focuses on theoretical physics, particularly in the areas of string theory, quantum field theory, and black hole physics. His work explores topics such as M-theory, black hole information paradox, and holography. He has published extensively on matrix theory, higher-dimensional generalizations of the SYK model, and quantum chaos in higher-dimensional CFTs. His research also includes studies on cold nuclear matter in holographic QCD and information recovery from black holes, contributing to the understanding of quantum gravity and strongly coupled systems.