Dark Matter at Precision and Energy frontiers: Muon g-2, Hubble tension and LHC

by Prof. Lei Wu (Nanjing Normal University)

Tuesday 27 Apr 2021, 10:00 → 11:00 Asia/Shanghai

Online

Abstract:

Weakly interacting massvie particle (WIMP) is the leading DM candidate, which has been extensively studied in (in)direct detection and collider experiments. However, the current null results of searching for WIMP have put strong constaints on its mass and interaction. This attracts more thinking about feebly interacting DM. In this talk, I will take SUSY as benchmark model and present the status of SUSY WIMP DM in light of very recent measurement of Muon g-2. Then, I will talk about the light SuperWIMP DM and its possible implication on Hubble tension and LHC.

Biography:

Lei Wu, born in 1983,

Education: 2010-2013 Ph.D, Institute of Theoretical Physics, CAS. 

Working Experience:

2013-2017, postdoc, The University of Sydney. 

2017-now, professor, Nanjing Normal University.

Research interests include: TeV physics, Supersymmetry and Dark Matter. 

Online Meeting room: https://zoom.com.cn/j/93579891950

Password: 123456

2021-SJTU-DM g-2 .pdf