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About

Di Wei is pioneering the next generation of intelligent sensory and iontronic systems, with research spanning bioinspired electronics, neuromorphic devices, and human–machine interfaces. Their most impactful work introduces the concept of “tele-perception,” a multi-receptor skin that transcends traditional noncontact sensors by enhancing human sensory cognition beyond the five basic senses—a breakthrough recognized with 75 citations in just one year. Wei also developed transistor-like triboiontronics achieving record-high charge density, enabling self-powered sensors and neurologic analogs that address the physical limits of Moore’s law. Further contributions include biomimetic Janus MXene membranes with bidirectional ion permselectivity, advancing osmotic energy conversion and iontronic logic control, as well as mechano-driven neuromimetic logic gates using geometrically asymmetric hydrogel iontronics. Earlier work on model predictive control for nonholonomic mobile robots demonstrates versatility in robotics. With over 139 citations across recent publications, Di Wei is establishing a distinctive research identity at the intersection of soft iontronics, neuromimetic computing, and advanced sensory systems—offering transformative pathways for energy-efficient, brain-inspired technologies.