Date:
Sun, 03/12/201711:00-12:30
Location:
Danziger B, Jerusalem, Israel
Lecturer: Michael Geller
Abstract:
The absence of new physics at the LHC has sparked new developments in BSM phenomenology. In this talk I describe the "neutral naturalness" approach via a first realization as a composite twin Higgs model. I explore different directions for probing this idea - direct collider searches, Higgs and electroweak physics, cosmological and astrophysical probes, while exploring previously unexplored theoretical possibilities in composite Higgs. Finally, I consider new cosmological dynamics involving dark bound states, arising in twin Higgs, among many other models.
Abstract:
The absence of new physics at the LHC has sparked new developments in BSM phenomenology. In this talk I describe the "neutral naturalness" approach via a first realization as a composite twin Higgs model. I explore different directions for probing this idea - direct collider searches, Higgs and electroweak physics, cosmological and astrophysical probes, while exploring previously unexplored theoretical possibilities in composite Higgs. Finally, I consider new cosmological dynamics involving dark bound states, arising in twin Higgs, among many other models.