Conveners
WG 1 - FLAV: Session 1
- Stephane Monteil (Univertité Clermont Auvergne)
WG 1 - FLAV: Session 2
- David Marzocca (INFN Trieste)
Description
Flavour Physics
The Z-pole operation at FCC-ee presents an unprecedented opportunity for heavy flavor physics, as the production of $5×10^{12}$ Z bosons will result in about $8×10^{11}$ b-quark pairs. Among all species of B hadrons produced at FCC-ee, the purely leptonic decays of the $B^+_c$ and $B^+$ mesons are clean experimental probes to measure the off-diagonal CKM elements $|V_cb|$ and $|V_ub|$, and are...
Experiments at future circular colliders such as the FCC-ee are expected to improve electroweak and top-quark physics in an unrivaled way. This talk gives an overview on the sensitivity of selected top-quark pair production observables taking into account dimension-six extensions of the Standard Model and following an optimal-observable analysis. Relevant observables and their...
The process ee->qq with qq=ss,cc,bb,tt plays a central role in the physics programs of high energy electron-positron colliders operating from the O(100GeV) to O(1TeV) center of mass energies. Furthermore, polarised beams as available at the International Linear Collider (ILC) are an essential input for the complete measurement of the helicity amplitudes that govern the production cross...
