Research
PhosInv: Developing an Optimization Model for Visual Cortical Prostheses Using Deep Learning
A look back at a year and a half of undergraduate research at Prof. Seung Woo Lee's lab at KAIST, developing a deep-learning-based optimization model for visual cortical prostheses, along with an English recreation of a lab meeting presentation.
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Can Microcoils Stimulate Neurons? - A Critique of Alzahrani & Roth (2024)
Alzahrani & Roth (2024) theoretically derive that the activation threshold for microcoil stimulation may be 300 times higher than that of TMS. This post critically examines that claim with respect to biological plausibility, parameter justification, and consistency with existing experimental results.
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BINP Research Progress Presentation
This video shares my summer research update at KAIST BINP Lab on simulation-driven optimization of cortical visual prostheses — an 8‑minute overview of methods, progress, and future plans in brain engineering.
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BINP Research Progress Report
I’m working on micro-coil–based visual cortical prostheses to restore vision. By optimizing electrode placement and dynamic stimulation strategies through simulations, we aim to improve percept quality and prepare for future tests with Macaca fascicularis data.
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