Research Overview
Developing optical and computational neurotechnologies to understand how the brain represents information and how neural circuits compute, spanning three directions from measurement to interpretation: (1) Neurophotonics, (2) Computational Imaging, and (3) Biomedical Image Processing.
Neurophotonics
Recording neural activity at high spatiotemporal resolution with optical neurotechnology
Related publications
In revision (2026), Scientific Reports (2026), Disease Models & Mechanisms (2025), ACS Nano (2025), JoVE (2023), Optics Express (2021)
Computational Imaging
Designing optical systems and physics-informed algorithms jointly to see beyond hardware constraints
Related publications
iScience (2026), PhotoniX (2026), Advanced Photonics Research (2024), Medical Image Analysis (2022), MICCAI (2021)
Biomedical Image Processing
Recovering signals and extracting interpretable information for analysis of neural circuits
Related publications
Cell Reports Methods (2025), Nature Methods (2023), WACV (2023), MICCAI (2021), Scientific Reports (2018)
