2nd Edition of the Workshop 'Quarkonia meet Dark Matter' (QMDM)

Session

Monday - Session 1

Mar 18, 2024, 9:10 AM

Auditorium (Institute for Advanced Study, Technical University of Munich)

Conveners

Monday - Session 1

• Tobias Binder (TUM)

57. Quarkonium meets Dark Matter

Antonio Vairo (TUM)

3/18/24, 9:10 AM

1. Perturbative regime: Effective field theories and precision calculations for Quarkonia and Dark Matter

We review nonrelativistic effective field theories for
quarkonium at and out of equilibrium emphasizing their utility also in
describing dark matter pairs near threshold and their evolution in
the early universe.

78. Electroweak Multiplets as Dark Matter candidates: a status review

Paolo Panci (Università di Pisa & INFN Pisa)

3/18/24, 9:45 AM

1. Perturbative regime: Effective field theories and precision calculations for Quarkonia and Dark Matter

In this talk, my objective is to present the phenomenology of Electroweak multiplets as potential Dark Matter (DM) candidates in the coming years, with a specific focus on detection possibilities at the muon collider. To begin, I will delve into the thermal production mechanism in the early Universe and provide an overview of the current phenomenological landscape concerning the search for...

53. Dark matter, bound states and unitarity

Kallia Petraki (ENS and Sorbonne University)

1. Perturbative regime: Effective field theories and precision calculations for Quarkonia and Dark Matter

If dark matter couples to force mediators that are much lighter than itself, then its interactions manifest as long-ranged. This gives rise to non-perturbative effects, including the existence of bound states. The formation of stable or metastable dark matter bound states can affect the dark matter phenomenology very significantly, including the dark matter relic density, indirect and direct...

37. Electroweak Multiplets as Dark Matter candidates: a status review

Paolo Panci (Università di Pisa & INFN Pisa)

1. Perturbative regime: Effective field theories and precision calculations for Quarkonia and Dark Matter

In this talk, my objective is to present the phenomenology of Electroweak multiplets as potential Dark Matter (DM) candidates in the coming years, with a specific focus on detection possibilities at the muon collider. To begin, I will delve into the thermal production mechanism in the early Universe and provide an overview of the current phenomenological landscape concerning the search for...