Xuan Zhang

Chinese Academy of Sciences, Huazhong University of Science and Technology

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About

Xuan Zhang is an emerging researcher working at the innovative intersection of neuromorphic computing, artificial intelligence hardware, and soft robotics. Their work focuses on bridging the gap between biological neural systems and next-generation machine intelligence, with a particular emphasis on brain-inspired device architectures and bio-integrated robotic systems. Among Zhang's most notable contributions is their pioneering development of ultralow power artificial synapses utilizing CrPS₄-floating-gate transistors for emotional simulation — a landmark effort to replicate amygdala-like functionality in hardware, addressing one of the most complex frontiers in human-machine interaction. This work, already accumulating citations shortly after its 2025 publication, signals strong early community interest. Equally compelling is their 2022 research on neuron-inspired soft robot teams employing electromagnetic induction for non-contact electric signal transmission — an elegant solution to a longstanding challenge in soft robotics, enabling coordinated collective behavior without rigid electronic components. With a research portfolio spanning neuromorphic devices, emotion-aware computing, and intelligent soft systems, Zhang demonstrates a rare ability to connect materials science, neuroscience principles, and robotics engineering. Their work positions them as a promising voice in the rapidly evolving field of brain-inspired technologies.