Sol Han

Korea Advanced Institute of Science and Technology

Papers

Total Citations

H-Index

About

Sol Han is pioneering the frontier of nanobiohybrids—artificial constructs that merge living cells with synthetic materials to create bioaugmented systems with unprecedented capabilities. Their work centers on engineering cellular behavior through chemical and material interfaces, with major contributions in constructing liposome-based extracellular artificial organelles directly on individual living cells, a breakthrough that enables the integration of multilayered functional entities onto cell surfaces. This innovation, detailed in their 2024 highly cited paper (12 citations), opens transformative avenues in cell therapy, biocatalysis, and cell robotics. Han also achieved the chemical control of chemotaxis—directing the movement of Jurkat T cells using glucose gradients—a feat termed "fugetaxis" that holds promise for cytotherapeutics and cellular sensors. Their impact is further evidenced by a forward-looking survey on maritime perception datasets for autonomous vessels, showcasing versatility. With foundational work already garnering attention, Han’s research stands at the intersection of synthetic biology and materials science, offering a blueprint for designing next-generation cellular machines that blur the line between natural and artificial life.