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About

Dr. Kai Jiang is a leading innovator in the field of flexible and wearable electronics, with a primary focus on developing advanced electronic skins (e-skins) for biomedical applications. His research bridges materials science and bioengineering, particularly through the use of graphene and MXene-based nanomaterials to create highly sensitive, biocompatible sensors. Dr. Jiang’s major contributions include the development of highly-stable, polymer-crosslinked 2D MXene-based e-skins for *in vivo* biomonitoring (179 citations), and pioneering work on 3D dielectric layers that dramatically enhance the sensitivity of capacitive pressure sensors for wearable electronics (134 citations). His comprehensive reviews on graphene-based tactile sensors (193 citations) and wearable, implantable medical devices (155 citations) have become essential references in the field. Notably, Dr. Jiang also led the creation of an artificial olfactory system capable of sensing, memory, and self-protection (91 citations), demonstrating his versatility in mimicking human sensory functions. With over 780 total citations across his most prominent works, Dr. Jiang’s research is driving the next generation of smart, flexible interfaces for healthcare and human-machine interaction.