KEK-PH Lectures and Workshops 2020

Session

KEK-PH Flavor

24 Mar 2021, 13:00

Conveners

KEK-PH Flavor: Workshop

• Mihoko Nojiri (KEK)
• Ryuichiro Kitano (KEK)

KEK-PH Flavor: Lecture

• Hiromasa Takaura (KEK)

KEK-PH Flavor: Lecture

• Satoshi Mishima (KEK)

57. Heavy QCD Axion in $b\to s$ transition

Kohsaku Tobioka (Florida State University)

24/03/2021, 13:00

58. Revisiting electroweak radiative corrections to $b \to s\ell\ell$ in SMEFT

Daiki Ueda (University of Tokyo)

24/03/2021, 13:20

59. Imprint of SUSY in radiative B meson decays

Keisho Hidaka (Tokyo Gakugei University)

24/03/2021, 13:40

60. Lepton flavor violations from soft SUSY breaking terms in modular flavor models

Takashi Shimomura (Miyazaki University)

24/03/2021, 14:00

61. Probing $\mu e \gamma \gamma$ contact interactions with $\mu \to e$ conversion

Masato Yamanaka (Osaka City University)

24/03/2021, 14:50

62. Time evolution of Lepton family Number carried by Majorana Neutrinos

Takuya Morozumi (Hiroshima University)

24/03/2021, 15:10

63. Quark-hadron duality for charm mixing in the 't Hooft model

Hiroyuki Umeeda (Academia Sinica))

24/03/2021, 15:30

55. Filling the gap between inclusive and exclusive processes

Prof. Shoji Hashimoto (KEK)

24/03/2021, 16:30

Computation of QCD processes is always hard. The use of lattice QCD is limited to low-lying hadronic (often single-particle) states, so that only exclusive processes can be computed. Perturbation theory, plus operator product expansion, is used for high-energy processes for which the final states are not specified, or summed over all possible states, i.e. inclusive processes. There are...

56. Exclusive b -> s mu mu Processes as Precision Probes of the Standard Model

Dr Danny van Dyk (TUM)

30/03/2021, 17:00

I will provide a review of the theoretical basis of predictions for exclusive b -> s mu mu processes within the Standard Model and beyond. I will then discuss how present phenomenological studies of these decays are carried out, what improvements are forthcoming, and how the results should be interpreted.