Papers
1
Total Citations
46
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About
Yihao Leow is a rising leader in the field of smart polymeric materials, with a primary research focus on designing adaptive adhesive systems that respond dynamically to external stimuli. His most-cited work, "Adhesion Evolution: Designing Smart Polymeric Adhesive Systems with On-Demand Reversible Switchability" (2024, 46 citations), introduces a groundbreaking framework for creating adhesives that can transition between "On" and "Off" states through triggers such as temperature, light, electricity, and magnetism. This contribution addresses a critical challenge in materials science: achieving precise, reversible control over adhesion without compromising material integrity. Leow’s research has significant implications for robotics, biomedical devices, and manufacturing, where on-demand bonding and debonding are essential. By systematically mapping the design principles of switchable adhesives, he has provided a roadmap for future innovations in stimuli-responsive polymers. His work is already garnering attention for its potential to revolutionize industries reliant on temporary or reversible bonding. As an emerging scholar, Leow’s ability to bridge fundamental polymer chemistry with practical application positions him as a key figure in the next generation of materials scientists.
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