Conveners
TS1-3 Dark Matter (DTP Symposium on Cosmology: James Peebles Nobel Celebration) / Matière sombre (Symposium DPT sur la cosmologie: le prix Nobel de James Peebles)
- Robert Brandenberger (McGill University)
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Chanda Prescod-Weinstein (University of New Hampshire)08/06/2021, 13:30Symposia Day (DTP) - Cosmology/Jim Peebles celebrationInvited Speaker / Conférencier(ère) invité(e)
In this talk, I will describe my efforts to understand the nature of the mysterious dark matter. I provide an overview of the general problem and then describe my current approach to it, which is to characterize the behavior of a proposed dark matter particle, the axion. I will give some insight into how I am using a range of tools -- model building, computation, and high energy astrophysics...
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Katelin Schutz (UC Berkeley)08/06/2021, 13:55Symposia Day (DTP) - Cosmology/Jim Peebles celebrationInvited Speaker / Conférencier(ère) invité(e)
Dark matter could be a "thermal-ish" relic of freeze-in, where the dark matter is produced by extremely feeble interactions with Standard Model particles dominantly at low temperatures. In this talk, I will discuss how sub-MeV dark matter can be made through freeze-in, accounting for a dominant channel where the dark matter gets produced by the decay of plasmons (photons that have an in-medium...
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Dr Evan McDonough (University of Chicago)08/06/2021, 14:20Symposia Day (DTP) - Cosmology/Jim Peebles celebrationInvited Speaker / Conférencier(ère) invité(e)
The identity of dark matter remains a mystery, despite decades of theorizing and detection efforts. This includes the mechanism for its primordial production, its interactions of with itself and with visible matter, and the very nature of dark matter, which could range from a Bose-Einstein Condensate, to Black Holes, to a traditional particle. In this talk I will discuss new directions for...
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Aaron Vincent (Queen's University)08/06/2021, 14:45Symposia Day (DTP) - Cosmology/Jim Peebles celebrationInvited Speaker / Conférencier(ère) invité(e)
A worldwide search is underway for elastic scattering between massive dark matter and nuclei in underground laboratories. Asymmetric dark matter particles with masses above a few GeV could easily be captured in stars via the same process. It has long been known that this can lead to observational consequences, as the weakly-interacting particles act as an efficient heat conductor. This can...
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