The mixing of neutral mesons has been playing a key role in the formulation and testing of the Standard Model. It is also sensitive to some of the highest Beyond the Standard Model scales probed in laboratory experiments. In light … Read More

We address the notorious metastability of the standard model (SM) Higgs potential and promote it to a model building task: What are the new ingredients required to stabilize the SM up to the Planck scale without encountering subplanckian Landau poles? … Read More

We discuss the role of time-dependent observables in probing CP-violation in b --> s l+ l- and b --> s nu nubar decays. We identify a set of new observables by looking at the time evolution of the differential decay rate of B_d,s --> P(S) l+ … Read More

The radial direction of the Peccei--Quinn field can drive cosmic inflation, given a non-minimal coupling to gravity. This scenario has been considered to be capable of explaining inflation, the strong $CP$ problem, and dark matter. We argue that Peccei--Quinn inflation … Read More

Polymer brushes with stimuli-responsive properties have attracted substantial research interest in the past few years, as they offer a wealth of opportunities to design materials that trigger structural and physico-chemical changes as a response to applied external stimuli. I will … Read More

Since more than 40 years several formal results hinted for additional effects beyond perturbation theory even at weak coupling in theories with a Brout-Englert-Higgs effects. In this talk analytical and lattice results are presented for processes, like vector boson scattering … Read More

https://indico.ijs.si/event/1487/

Abstract: We consider a real scalar field in de Sitter background and compute its thermal propagators. Using arguments from holography we propose, in a dS/CFT context, that non-trivial thermal effects as seen by an ‘out’ observer can be encoded in … Read More