Members of the T2K collaboration
The inside of Super-Kamiokande
Aerial photograph of the J-PARC facility
The T2K Collaboration has started data taking using the enhanced neutrino beam and new neutrino near-detectors from December 2023. The KEK/J-PARC center has upgraded the main ring accelerator and the neutrino beamline to increase the beam power. T2K has also upgraded its neutrino production instruments. The stable operation of neutrino beam has been successfully achieved…
Sara Bolognesi has been awarded the 2024 silver medal of the CNRS (French National Centre for Scientific Research) in the field of nuclear and particle physics. Each year, this prestigious prize distinguishes a researcher for the originality, quality, and importance of his or her work, recognized at international level. Dr. Bolognesi receives this award for…
A.K.Ichikawa (left), the former T2K spokesperson, won the Nishina prize in 2023 for “Constraining CP violating phase δ in neutrino oscillations". As stated in her citation, Ichikawa has led research in all aspects of the T2K experiment, including in the development of elements of the neutrino beamline, and her service as analysis co-coordinator and spokesperson.…
The T2K collaboration has elected Kendall Mahn, a professor at Michigan State University, as its new International Co-Spokesperson, replacing Federico Sanchez from Geneva. She has previously served in multiple roles on T2K, notably as T2K analysis co-coordinator. Kendall is excited to serve the T2K collaboration, as the collaboration makes use of the upgraded beamline, new…
He was recognized for his contributions to a recent T2K publications (Improved constraints on neutrino mixing from the T2K experiment with ×ばつ1021 protons on target Phys. Rev. D 103, 112008(2021)). Christophe has made longstanding contributions to T2K, including serving as one of the coordinators for the first joint collaborative analysis of T2K beam and SK…
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T2K is a neutrino experiment designed to investigate how neutrinos change from one flavour to another as they travel (neutrino oscillations). An intense beam of muon neutrinos is generated at the J-PARC nuclear physics site on the East coast of Japan and directed across the country to the Super-Kamiokande neutrino detector in the mountains of western Japan. The beam is measured once before it leaves the J-PARC site, using the near detector ND280, and again at Super-K: the change in the measured intensity and composition of the beam is used to provide information on the properties of neutrinos.
[画像:Map showing J-PARC and Super-K]
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