Tomoya Kojima
Papers
6
Total Citations
33
H-Index
3
About
Tomoya Kojima is an emerging researcher working at the innovative crossroads of supramolecular chemistry, synthetic biology, and soft matter physics. His work centers on designing biomimetic systems that replicate the hierarchical complexity of living tissues, with a particular focus on protocells, prototissues, and adaptive soft materials. Kojima's most influential contributions involve engineering vesicle-based artificial tissues capable of remarkable biological mimicry. His 2024 paper on pH-responsive, self-healing prototissues — already accumulating 16 citations — demonstrated how assemblies of protocells can exhibit higher-order cooperative functionalities reminiscent of multicellular organisms. Building on this foundation, he has pioneered programmed fabrication methods for prototissue fibers with modular, tunable functionalities, advancing the field toward truly programmable synthetic biology platforms. Beyond tissue engineering, Kojima explores the molecular mechanisms driving self-propelled motion in soft matter systems, investigating how surfactant chemistry governs oil droplet motility — work with direct implications for microfluidics and autonomous materials. His 2025 review on supramolecular robotics further positions him as a synthesizing voice connecting molecular design principles to macroscale adaptive behavior. Still early in his career, Kojima's rapidly growing citation record signals a researcher whose impact on biomimetic materials and synthetic life science is only beginning to unfold.
Research Focus
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Top Papers
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