Research

Core directions spanning neural interface design, computational phosphene modeling, and the translational projects bringing cortical visual prostheses into practice.

Focus Areas

Neural interface design

Electrode placement, coverage modeling, and stimulation strategies anchored in cortical anatomy, retinotopy, and patient-specific constraints.

NHP electrophysiology & neuromodulation

Large-scale neural recordings, intracortical microstimulation, and closed-loop decoding pipelines that translate non-human primate results into implant design.

Phosphene simulation

Biologically grounded percept simulation (Dynaphos) integrating psychophysics, anatomy-aware models, and differentiable optimization.

Clinical translation

Human-in-the-loop calibration, safety validation, and software tooling for early feasibility trials (CORTIVIS) and international consortiums (INTENSE).

Projects & Open Source

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