Description
Zoom Link, ID: 94805716496, Code: 217749
The progress of control system till OCt. 2026 will be introduced. Especially the progress of the accelerator data acquisition of the intellectual upgrade project of BEPCII will be introduced.
The CEPC is designed to achieve an ultra-low vertical RMS beam size of approximately 36 nm at the interaction point (IP), which places extremely stringent requirements on the stability of both the beam and the accelerator infrastructure. At this nanometer scale, even sub-micrometer ground vibrations or mechanical oscillations can lead to significant beam orbit deviations, thereby degrading...
High-energy muon beams have broad potential in frontier scientific research, including muon colliders, as well as in applications such as muon imaging. However, owing to the short lifetime of muons, a significant fraction of muons decay before reaching high energies when accelerated using conventional techniques. To enable high-gradient acceleration with large energy gain while preserving beam...
The talk reports the status of operating colliders VEPP-4M and VEPP-2000, highlighting the major achievements and plans. The physics program of VEPP-4M is coming to conclusion; therefore, the design and parameters of the new collider VEPP-6 are presented. VEPP-6 is designed to operate with beam energy from 500 MeV to 2100 MeV, with corresponding luminosity from 2e32 cm^{-2}s^{-1} to 2e34...
