Hyun Joon Kong

This paper introduces SEEQPI, a label-free imaging technique that enables subcellular resolution and deep imaging in turbid tissues, demonstrating its application in organoids and mouse brains.

The paper introduces Living Neurosheets, modular neural systems that enable scalable, bio-inspired neural architectures with spatial control and multimodal integration.

This paper develops a computational model to simulate nanoparticle drug delivery in virtual arterial geometries, showing that circadian rhythm modulated blood flow and vessel geometry affect drug adhesion and retention.

The paper introduces a modular, open-source platform for interfacing with living neurons, enabling scalable and versatile recording and stimulation across various neural cultures and applications.