Bo Li

NeuroPilot converts heterogeneous intravital neural recordings into stable population activity maps, enabling behavioral decoding and structured neural dynamics analysis across behavioral states.

SPARC improves temporal and spatial resolution in scan-limited multiphoton imaging by integrating denoising and deep upsampling with structural and physical constraints.

This paper introduces HS2PM, a two-photon microscope that enables kilohertz-rate imaging of neuronal populations in vivo, revealing voltage dynamics and their role in sensory adaptation and population coding.

This paper introduces a hardware and software solution that extends three-photon microscopy depth to 1.7 mm by improving signal-to-noise ratio and noise removal.

This paper introduces a compact two-photon imaging module that enables simultaneous dual-depth, multi-region in vivo brain imaging, revealing context-dependent and depth-divergent neural activity patterns.

The paper introduces Meso2P, a two-photon imaging platform that enables high-resolution, large-scale volumetric imaging of the cortex with modular upgrades for multi-plane and optogenetic stimulation.