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Hello,
This is a friendly reminder that Dr. César Jesús-Valls will be giving his HEP seminar titled "T2K to Hyper-K: Navigating the New Frontier of Precision Neutrino Physics" tomorrow, Wednesday April 9th, at 2:30 pm in room 402.
Also, we'll be having lunch with Dr. Jesús-Valls tomorrow (Wednesday) at noon. If you're interested in joining us for lunch, please let me know.
Sincerely,
Omar
From: Alterkait, Omar A
Sent: Thursday, March 27, 2025 1:48 PM To: neutrino cosmos phy tufts edu <neutrino cosmos phy tufts edu>; Beauchemin, Hugo <Hugo Beauchemin tufts edu>; Goldstein, Gary R. <Gary Goldstein tufts edu>; Krzysztof Sliwa <Krzysztof Sliwa tufts edu>; Gassmann, Veritas K <Veritas Gassmann tufts edu>; Gustin, Carter M <Carter Gustin tufts edu>; Klassen, Martin <Martin Klassen tufts edu>; Venetianer, Sam <Sam Venetianer tufts edu>; Chen, Tianyi <Tianyi Chen tufts edu>; Miranda, Michael J <Michael Miranda tufts edu> Subject: HEP Seminar: Wednesday, Apr. 9, 2:30pm Hello,
We will be hosting Dr. César Jesús-Valls from Kavli IPMU, University of Tokyo from Monday April 7th to Wednesday April 9th. Dr. Jesús-Valls is an experimental neutrino physicist working with the T2K and Hyper-Kamiokande collaborations, focusing on detector
development, novel reconstruction algorithms using machine learning, and precision measurements of neutrino interactions and oscillations. His research spans from improving near detector capabilities to exploring astrophysical applications such as supernova
neutrino detection.
As part of his visit, he will be presenting an HEP seminar. This will be on Wednesday April 9th at 2:30 pm in room 402. I plan to arrange lunch with him on Tuesday or Wednesday, let me know if you're interested in coming. Below are the title and abstract
for the talk.
Title: T2K to Hyper-K: Navigating the New Frontier of Precision Neutrino Physics
Abstract: After more than a decade of operation, the T2K experiment has been crucial in shaping our current understanding of neutrino physics. To achieve further precision and deepen our understanding of neutrino oscillations, substantial upgrades were completed
in 2024, marking the beginning of a new phase of the T2K experiment with enhanced near detector capabilities and increased beam power. In parallel, construction is progressing on the Hyper-Kamiokande detector, scheduled to begin operations in 2027. In this
talk, I will review the status of both experiments and their interconnections, discussing their scientific goals and the challenges they face as we enter a new era of precision measurements in neutrino physics.
Sincerely,
Omar
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