Mitsumasa Iwamoto

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About

Mitsumasa Iwamoto is a pioneering researcher in the fields of organic electronics, triboelectric nanogenerators (TENGs), and microfluidic systems. His major contributions lie at the intersection of self-powered devices and soft robotics, where he has demonstrated innovative ways to harness mechanical energy for precise control of fluid motion. Notably, his highly cited 2018 work on "Motion behavior of water droplets driven by triboelectric nanogenerator" (38 citations) introduced a groundbreaking approach: by integrating a TENG with a simple circuit board, he enabled the self-powered manipulation of water droplets. This work not only showcases a novel microfluidic system but also opens pathways for practical applications in lab-on-a-chip technologies and soft robotics, eliminating the need for external power sources. Iwamoto’s research has significantly advanced the understanding of how triboelectric effects can be leveraged for dynamic fluid control, earning recognition for its potential in autonomous, energy-efficient systems. His achievements highlight a commitment to merging fundamental physics with applied engineering, inspiring new directions in self-powered microfluidics and smart materials.