Speaker
Description
The proposed STCF is a symmetric electron-positron beam collider designed
to provide e+e− interactions at a centerof-mass energy from 2.0 to 7.0 GeV. The
peaking luminosity is expected to be 0.5×10^35 cm−2s−1. STCF is expected to deliver
more than 1 ab−1 of integrated luminosity per year. The huge samples could be used
to make precision measurements of the properties of XYZ particles; search for new
sources of CP violation in the strange-hyperon and tau−lepton sectors; make precise
independent mea-surements of the Cabibbo angle (theta)c) to test the unitarity of
the CKM matrix; search for anomalous decays with sensitivities extending down to
the level of SM-model expectations and so on. In this talk, the physics interests
will be introduced as well as the the recent progress on the project R&D.