Research Vision

During my PhD, I developed wearable, implantable, and ambient bioelectronics to continuously capture previously inaccessible physiological data in daily life, and designed AI models to learn disease-relevant patterns for earlier diagnosis.

My long-term career goal is to translate these research advances into tangible societal benefits by advancing more personalized, intelligent, and accessible healthcare to promote longer, healthier lives for all.

Publications
Citations: 11,500+; h-index: 45
Published 23 first/co-first author articles in journals includingincluding Nature Chemical Engineering (Main Cover), Nature Cardiovascular Research (Main Cover), Nature Reviews Bioengineering, Chemical Reviews, Nature Electronics, Matter, Science Advances.
(Last Updated: 03/01/2026)

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