Speakers
Description
Chair: Peter Vander Griend,
Panel: Kalliopi Petraki, Matthew Baumgart, Jan Heisig, Benoît Assi
Topics:
1. shared tools between quarkonia and dark matter communities
(a) How are relativistic quantum field theoretic, nonrelativistic effective field theoretic and quantum mechanical treatments used in the quarkonium and dark matter (DM) communities? What are the advantages of each approach and what results can be obtained?
(b) How are numerics handled in the two communities? Are there methods in common
or codes that can be shared?
2. unitarity
(a) What bounds does unitarity place on the DM parameter space?
(b) What are the phenomenological implications of the partial-wave unitarity limit for multi-TeV dark matter?
3. finite temperature
(a) What physical impact do finite temperature T and finite chemical potential µ effects have in quarkonium and DM physics?
(b) What is the size of finite temperature corrections for DM freeze out?
(c) How important is the scale of the Debye mass mD and how much has this been considered up to now?