13-16 September 2023
University of Warsaw, Faculty of Physics
Europe/Warsaw timezone
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Plenary Session 4

Place

Location: University of Warsaw, Faculty of Physics
Address: Pasteura 5 Street, 02-093 Warsaw, Poland
Date: 13 Sep 16:00 - 18:00

Conveners

    • Prof. Mühlleitner, Milada Margarete (KIT)

Timetable | Contribution List

Displaying 4 contributions out of 4
CP violation plays a very important role in nature with implications both for Particle Physics and for Cosmology. Accounting for the observed matter–antimatter asymmetry of the Universe requires the existence of new sources of CP violation beyond the Standard Model. In models with an extended scalar sector CP violation can emerge either explicitly, i.e., at the Lagrangian level, or spontaneously ... More
Presented by Margarida (Gui) N. REBELO on 13/09/2023 at 14:30
We show how the gg->h(SM)h(SM) process at the LHC can be used to test new low-scale physics affecting the EW sector and described a novel numerical approach to perform phenomenological tests of various models, taking Supersymmetry and Compositeness as prototypical examples.
Presented by Prof. Stefano MORETTI on 13/09/2023 at 15:30
Abstract: In this talk, I will make the case for non-minimal Higgs frameworks and extended dark sectors, where the phenomenon of dark CP-violation was first introduced. I will briefly outline the exotic dark matter phenomenology realisable in such models and focus on multi-component dark matter scenarios. I will then discuss complementary astrophysical and collider tools which can independently pr ... More
Presented by Dr. Venus KEUS on 13/09/2023 at 15:00
Scalars can play an important role in the low-energy physics of leptons. They can lead to new chirality-flipping contributions to the muon mass and strong contributions to muon g-2. Via the seesaw mechanism they can explain neutrino masses. Scalars with such properties can typically induce significant lepton-flavour violating effects, implying strong constraints on the parameter space of models. T ... More
Presented by Prof. Dominik STOECKINGER on 13/09/2023 at 14:00
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