T. Aushev ; W. Barte ; A. Bondar ; J. Brodzicka ; T. E. Browder ; P. Chang ; Y. Chao ; K. F. Chen ; J. Dalseno ; A. Drutskoy ; Y. Enari ; T. Gershon ; B. Golob ; T. Goto ; F. Handa ; K. Hara ; S. Hashimoto ; H. Hayashii ; M. Hazumi ; T. Higuchi ; J. Hisano ; W. S. Hou ; T. Iijima ; K. Ikado ; K. Inami ; H. Itoh ; R. Itoh ; H. Ishino ; N. Katayama ; Y. Y. Keum ; K. Kinoshita ; E. Kou ; P. Križan ; P. Krokovny ; T. Kurimoto ; Y. Kwon ; A. Limosani ; T. Matsumoto ; T. Morozumi ; Y. Nakahama ; M. Nakao ; S. Nishida ; T. Ohshima ; Y. Okada ; K. Okumura ; S. L. Olsen ; T. Onogi ; G. Pakhlova ; H. Palka ; P. Pakhlov ; A. Poluektov ; S. Recksiegel ; H. Sagawa ; M. Saigo ; Y. Sakai ; A. I. Sanda ; C. Schwanda ; A. Schwartz ; K. Senyo ; Y. Shimizu ; T. Shindou ; R. Sinha ; M. Starič ; K. Sumisawa ; M. Tanaka ; K. Trabelsi ; P. Urquijo ; Y. Ushiroda ; E. Won ; H. Yamamoto ; M. Yamauchi ; T. Yoshikawa ; J. Zupan

11 February 2010

Abstract: This report presents the results of studies that investigate the physics reach at a Super B factory, an asymmetric-energy e+e− collider with a design luminosity of 8×10^35 cm−2s−1, which is around 50 times as large as the peak luminosity achieved by the KEKB collider. The studies focus on flavor physics and CP violation measurements that could be carried out in the LHC era. The physics motivation, key observables, measurement methods and expected precisions are presented.

Keyword(s): quantum chromodynamics: factorization ; asymmetry: CP ; D: decay ; angular distribution: asymmetry ; K+ K- ; B0: decay ; pi: decay ; CKM ; BELLE ; sensitivity ; B/s ; neutrino/mu ; B: decay ; CP: violation ; electron positron ; supersymmetry: symmetry breaking ; suppression ; B: branching ratio ; error: statistical ; B-factory ; asymmetry: time dependence ; flavor: violation: minimal ; statistics ; lepton: flavor ; neutral current: flavor changing ; K*(892) ; tau+ ; quantum chromodynamics: perturbation theory ; neutrino/tau ; quark: heavy ; electroweak interaction: penguin ; lattice ; supersymmetry: effect ; Dalitz plot ; new physics ; Higgs particle: mass ; tree approximation ; BaBar ; pi pi ; lattice field theory