Towards high precision muon g-2/EDM measurement at J-PARC (Nov.28-29)

Towards high precision muon g-2/EDM measurement at J-PARC


Dates:
November 28(Man)-29(Tue), 2016
Venue:
J-PARC, Tokai, Ibaraki, Japan
Supports:
KEK and JICFuS
Web:
http://g-2.kek.jp/meetings/g-2ws_2016/

ABOUT THIS WORKSHOP


The J-PARC E34 experiment is under active development and construction of its experimental equipments for a precise measurement of muon g-2/EDM. The experiment introduces a set of innovative ideas to reach the required precision to test the Standard Model and will provide a complementary measurement to the conventional storage ring experiments. Theoretical calculations to achieve the matched precision for the Standard Model prediction have been developing rapidly,including those of QED, phenomenological estimates of quark-loop contributions,and lattice QCD calculations.
The workshop aims at summarizing the most updated results from both theoretical and experimental sides, and setting the targets for the next years.

CONFIRMED INVITED SPEAKERS


Johan Bijnens (Lund)
Thomas Blum (Connecticut)
Gilberto Colangelo (Bern)
Achim Denig (Mainz)
Maarten Golterman (SFSU)
Masashi Hayakawa (Nagoya)
Christoph Lehner (BNL)
Makiko Nio (RIKEN)
Daisuke Nomura (Takamatsu)
Antonin Portelli (Edinburgh)
Dominik Stockinger (Dresden)
(in alphabetic order)

ORGANIZERS


Shoji Hashimoto (IPNS/KEK)
Taku Izubuchi (RBRC)
Tsutomu Mibe (IPNS/KEK)

Program for Promoting Researches on the Supercomputer Fugaku

BasicScience for Emergence and Functionality in Quantum Matter Simulation for basic science: from fundamental laws of particles to creation of nuclei Human-scale whole brain simulation with connectome analysis and structure-function estimation Development of nuclear fusion plasma confinement physics Large Ensemble Atmospheric and Environmental Prediction for Disaster Prevention and Mitigation Large-scale numerical simulation of earthquake generation, wave propagation and soil amplification Quantum-Theory-Based Multiscale Simulations toward the Development of Next-Generation Energy-Saving Semiconductor Devices Computational and Data Science Study for ET Revolution by Development of Next-Generation Battery and Fuel Cell Digital Twins of Real World's Clean Energy Systems with Integrated Utilization of Super-simulation and AI