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PhD Theses
The Super Fine-Grained Detector for the Near Detector Upgrade of the T2K Experiment:
From Construction and Commissioning to the First Physics Analysis. Jiayu Ji, July
2026.
Upgrading the Joint Neutrino Oscillation Analysis of T2K and Super-Kamiokande Experiments
with Surfing in a High-dimensional Detector Uncertainty Space. Mo Jia, December 2025.
First Joint Neutrino Oscillation Analysis of T2K and SK. Junjie Jiang, May 2024.
Measurement of single 𝜋0 production rate of neutrino and anti-neutrino neutral current interaction on water
with the 𝜋0 detector in T2K FHC mode run. Shilin Liu, January 2024.
Measurement of Neutrino Oscillation Parameters with T2K Data Corresponding to 3.6
x 1021 Protons on Target Using a Bayesian Framework. Kevin Wood, May 2021.
