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About

Dr. Xian Jun Loh is a pioneering researcher at the forefront of artificial sensory systems and advanced polymeric materials. His work masterfully bridges the gap between biological senses and synthetic technologies, with a focus on developing cyber-physiochemical interfaces that emulate and extend human perception. Loh’s most impactful contribution is the creation of an artificial sensory neuron with visual-haptic fusion (303 citations), a breakthrough that mimics the brain’s ability to integrate multiple sensory cues for sophisticated environmental analysis. He further advanced the field with a chemically mediated artificial neuron (170 citations), enabling communication through chemical signals—a critical step toward lifelike prosthetics and soft robotics. His highly cited review on artificial sense technology (101 citations) has become a foundational resource in the field. Beyond sensing, Loh has made significant strides in smart materials, designing polymeric adhesives with on-demand reversible switchability and pioneering 4D printing of shape memory polymers for self-actuating structures. His work on vitrimers and hydrogels pushes the boundaries of recyclable, durable materials for next-generation applications. With a citation count exceeding 800 across these key papers, Loh’s research is not only shaping the future of bio-inspired electronics but also redefining how materials interact with their environment.