Research
Our work connects accelerator diagnostics, electronics R&D, Belle II detector operation, and physics analysis. We develop technologies that can move from today's Belle II systems toward future experiments.
Fast beam diagnostic systems at SuperKEKB for understanding sudden beam loss events, including BOR and XRM.
The XRM upgrade concept uses multi-channel X-ray sensor readout and RFSoC-based waveform digitization to measure fast beam-size changes.
2024-Present
Foundational R&D for future experiments, including open-source ASIC studies, FPGA/RFSoC-based readout, fast-timing digitizers, and hardware-aware AI/ML for low-latency applications.
2025-Present
Detector operation and hardware support for Belle II KLM and TOP systems, including readout robustness, firmware, high-background operation, and KLM TRG upgrades.
Belle II
We are pursuing a direct search for right-handed heavy neutrinos in B->D* ℓ N decays, using semileptonic channels related to the R(D) and R(D*) anomalies. We also plan broader dark-sector searches at Belle II.
Hardware
