The Search for clues as to the nature of Dark Matter continues in more varied and novel ways than ever before and has never been more challenging nor more stimulating. In this talk I will describe a variety of approaches that have been worked on over the past years, focusing shamelessly on those I have been involved in personally. We can learn about dark matter through observations of dwarf...
Quark flavour physics has received a lot of attention over the last decade. The influx of attention is driven by the so-called flavour anomalies: a series of statistically significant tensions between Standard Model predictions and measurements, shy of the celeberated 5 sigma significance. I will review the status of the so-called "b anomalies", a subset of the flavour anomalies, and provide...
I review the potential of future colliders to improve the knowledge of Higgs properties, emphasizing the synergy and complementarity between lepton and hadron facilities.
I will discuss where do we stand in the task of characterizing the Higgs boson at LHC, the future prospects to learn more from the HL-LHC and future colliders presently under study. I will focus in particular on the long term goals in the exploration of Higgs boson properties and and possible lessons to be learned about electroweak symmetry breaking.
An overview of the anomalies observed in measurements of neutral- and charged-current b quark transitions will be presented. Experimental and theoretical challenges for the relevant measurements will be discussed, and at outlook for future developments that may give clarity presented.
The Fermilab Muon g-2 Collaboration recently measured the muon magnetic anomaly with an unprecedented precision of 0.46 ppm. The new result is consistent with the measurement published by the g-2 experiment based at Brookhaven National Laboratory, and a difference of 4.2 standard deviations exists between the Standard Model prediction recommended by the Muon g-2 Theory Initiative and the...
