Xiaoping Wang - New Physics hidden in the low energy experiments?

US/Central
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Meeting ID: 332 402 306

ABSTRACT:

Standard Model is a successful model, but cannot explain some new physics, such as dark matter, neutrino mass, and so on. Looking for new physics is an important aim for the particle physics, not only at high energy experiments, but also possible from low energy physics, especially the trend of accumulating high luminosity is conducive to detect very weak interactions and light particles. There are anomalies from recent searches, such as the magnetic dipole moments of electron and muon, and the KOTO experiment. All of these anomalies could be explained by light bosons. Such particle can also mediate the interactions between dark matter and the visible matter. Therefore, the study of light weakly interacting bosons is an important direction for future particle physics research, and its phenomenology can provide a theoretical basis and direction for future particle physics experiments.

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