Speaker
Description
This talk will present the physics reach of the integrated Future Circular Collider program, combining a high-luminosity electron–positron collider (FCC-ee) with a subsequent 85 TeV proton–proton collider (FCC-hh) into a coherent long-term strategy to probe the Standard Model and search for new phenomena. The focus will be on Higgs physics at FCC-ee, where the clean experimental environment enables unique model-independent determinations of Higgs production and couplings with percent- to sub-percent precision. Complementary electroweak and top-quark measurements at the Z pole, WW threshold, and top threshold will also be discussed, establishing a new precision frontier with orders-of-magnitude improvements in key observables and sensitivity to very high new-physics scales. The talk will further cover the Higgs program at FCC-hh, including measurements of Higgs self-interaction, rare decays, and the extended direct reach for new physics at the energy frontier. Finally, the broader opportunities for flavor and QCD studies at FCC-ee will be briefly highlighted, illustrating the wide scientific scope of the FCC program.
| Keyword-1 | FCC |
|---|---|
| Keyword-2 | Higgs physics |
| Keyword-3 | Electroweak physics |