Description
Chair: X. Tata (Hawaii)
Hajime Muramatsu
(University of Rochester)
5/16/12, 4:20 PM
Chair: Xerxes Tata (UH)
Abstract:
The BESIII detector, with the BESCII e+e- collider, has collected the world largest data sample, 2.89/fb, taken at sqrt(s)=3.773 GeV which is very close to the nominal mass of the psi(3770) state. As the psi(3770) decays into a pair of DDbar most of the time, a relatively clean and simple event environment is obtained, and thus, it is very...
Abstract:
The BESIII detector, with the BESCII e+e- collider, has collected the world largest data sample, 2.89/fb, taken at sqrt(s)=3.773 GeV which is very close to the nominal mass of the psi(3770) state. As the psi(3770) decays into a pair of DDbar most of the time, a relatively clean and simple event environment is obtained, and thus, it is very...
Owen Long
(UC-Riverside)
5/16/12, 5:00 PM
Chair: Xerxes Tata (UH)
Abstract:
Flavor changing neutral current decays in the charm sector are very rare within the standard model, and thus provide a unique environment for searching for new physics. We report tight upper limits on branching fractions of a variety of such processes involving charged and neutral charm mesons and baryons, including processes...
Abstract:
Flavor changing neutral current decays in the charm sector are very rare within the standard model, and thus provide a unique environment for searching for new physics. We report tight upper limits on branching fractions of a variety of such processes involving charged and neutral charm mesons and baryons, including processes...
Gianluca Inguglia
(Queen Mary, University of London)
5/16/12, 5:40 PM
Chair: Xerxes Tata (UH)
Abstract:
We present the prospects of SuperB in terms of charm mixing and CP violation measurements using 75ab^-1 of data at the Y(4S) and 1ab^-1 of data at charm threshold. In addition, we discuss the rare decay potential of this project.
Abstract:
We present the prospects of SuperB in terms of charm mixing and CP violation measurements using 75ab^-1 of data at the Y(4S) and 1ab^-1 of data at charm threshold. In addition, we discuss the rare decay potential of this project.