Mingxuan Cai

I am a third-year Ph.D. student at Berkeley EECS Department, advised by Prof. Laura Waller. Previously, I had the privilege to work with Prof. Cuifang Kuang at Zhejiang University.

My recent research focuses on Computational Imaging, with applications in space-time imaging, event-based vision, and computational fluorescence imaging.

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We use event camera and active illumination to capture small vibrations, matching state-of-the-art quality at much faster speeds for audio recovery.

Rapid 4D image acquisition with 30 nm axial resolution across half the wavelength depth range, all achieved without z-axis scanning.

Random-access 3D focusing through scattering, using prior knowledge of the reconstructed 3D refractive index from epi-mode measurements.

A review of modulated illumination localization microscopy (MILM), enabling sub-10 nm ultra-high-resolution imaging.

We enhance 3D-SIM reconstruction fidelity and speed, even with limited measurements, using a regularization-based iterative algorithm.

We propose NGD-SIM, a novel iterative algorithm for improved 3D-SIM reconstruction fidelity compared with traditional linear algorithm.

Last updated June. 2025.
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