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About

Fumika Nakamura is a leading researcher in the field of stretchable electronics and soft robotics, with a focus on creating advanced physical sensors and wiring technologies for wearable and implantable devices. Her major contributions include the development of a highly stretchable sensing array capable of independently detecting pressure and strain through structural and resistive control, a breakthrough that addresses a critical challenge in soft robotics and wearable technology. This work, published in 2020, has garnered 52 citations, underscoring its impact. Nakamura also pioneered a novel method for directly wiring liquid metal onto ultrasoft substrates using a polyvinyl alcohol lift-off technique, enabling biocompatible and ultra-flexible connections for next-generation biomedical devices. Her research extends to bioinspired soft robotics, including a caterpillar-inspired robot that utilizes thermal expansion for movement, integrating stretchable bending and temperature sensors. Notably, Nakamura has also contributed to medical research, co-authoring a study on gastric fundic gland polyposis and cancer development after *H. pylori* eradication in patients with GAPPS syndrome. Her work bridges materials science, engineering, and medicine, driving innovation in soft, stretchable systems that interact safely with the human body.