FCC-ee Accelerator Design, Physics and Detector R&D

Friday 28 Oct 2022, 16:00 → 17:00 US/Central

This is the so-called “Wine and Cheese” seminar.

Code of conduct: The Wine and Cheese is a scientific seminar and thus questions and discussion are welcome. The goal of discussion is to enhance the quality and understanding of the science for the whole community. Out of consideration for all, even when questions are not straightforward, we will insist that they be asked and answered with respect and civility. We value voices of all backgrounds, accents, pitches and degrees of softness, both among our speakers and in the audience. Scientific claims are judged by their content and rigor, and not by the demeanor of their proponent

This is the so-called “Wine and Cheese” seminar.

Code of conduct: The Wine and Cheese is a scientific seminar and thus questions and discussion are welcome. The goal of discussion is to enhance the quality and understanding of the science for the whole community. Out of consideration for all, even when questions are not straightforward, we will insist that they be asked and answered with respect and civility. We value voices of all backgrounds, accents, pitches and degrees of softness, both among our speakers and in the audience. Scientific claims are judged by their content and rigor, and not by the demeanor of their proponent

1 FCC-ee Accelerator Design and R&D Needs

The FCC program includes an e+/e- ring-based collider focused on the Higgs and EW Symmetry breaking followed by a 100 TeV pp collider. The FCC-ee, the e+/e- collider, will be able to host up to 4 experiments and would cover the center-of-mass energy range from 90 GeV to 360 GeV with luminosity per experiment that ranges from roughly 2x10^36 at the Z to 1x10^34 at t-tbar. The collider design is based on 60 years of colliding beam experience but includes many advanced concepts to maximize the luminosity and minimize the environmental impact. This talk will outline the FCC program, describe the FCC-ee collider design concept, and describe the R&D that will enable maximum performance of the facility.

Speakers: Tor Raubenheimer (SLAC), Tor Raubenheimer (SLAC)

221028 FCC Accelerator Overview and R&D.pptx

2 FCC-ee Physics and Detector R&D

Speaker: Patrizia Azzi (INFN - LPC)

FCCee-W&C-28Oct2022.pdf