Campus, PAB 102/103
Campus, PAB 102/103
Ph.D. Candidate: Guillem Megias i Homar
Research Advisor: Steve Kahn
Campus, Varian 312
The paradigm of minimal electroweak dark matter remains one of our simplest and best-studied theories of particle DM; most of these scenarios are also as of yet entirely experimentally unprobed. In this talk, I discuss recent and ongoing progress on searching for this class of WIMPs from the axis of indirect detection.
Campus, Varian 355
Campus, Mitchell Earth Sciences Building, 067
Campus, Varian 355
von Neumann of (thermal) quantum entropy fame purportedly responded to Shannon asking what his novel classical information content measure should be called: paraphrasing, entropy, nobody understands it anyway. Nowadays thermal entropy, gravitational entropy and information entropy have merged as ideas, and expanded to encompass phase info as well as counting info, into quantum information aka quantum cosmology. Entropic development and transport through all of the great cosmic epochs of instability accompanying transitions of phase is a unifying story of the Universe.
Campus, Mitchell B67
Lunch at Mitchell Patio at 12:00 p.m.
Campus, Hewlett Teaching Center, Room 201
Stanford University's Astronomy Program Presents: The 39th Annual Bunyan Lecture
Campus, PAB 241
Campus, PAB 241
Please send Manu Schaan a message in slack for zoom link.
