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About

Jiangdong Gong is an emerging researcher at the forefront of neuromorphic electronics and flexible bioelectronics, with a focus on developing artificial sensory systems that bridge biological neural architectures and advanced robotics. His most celebrated contribution, "A Flexible Artificial Sensory Nerve Enabled by Nanoparticle-Assembled Synaptic Devices for Neuromorphic Tactile Recognition" (2022), has garnered 77 citations and represents a landmark achievement in the field. This work demonstrates a flexible artificial sensory nerve capable of mimicking the tactile sensing, neural coding, and synaptic processing functions of the human somatosensory system — a breakthrough with profound implications for intelligent robotics and human-machine interaction. Building on this foundation, Gong has continued to push boundaries with his 2024 study on n-type organic synaptic transistors featuring dopant-sensitive plasticity, enabling robots to adaptively respond to sensory inputs in real time. Together, these contributions reflect a coherent and ambitious research vision: recreating the sophistication of biological perception within flexible, scalable electronic platforms. Gong's work is shaping the next generation of neuromorphic devices and sensory-adaptive robotic systems, making him a researcher to watch in this rapidly evolving field.