Yang Zhang

Papers

Total Citations

H-Index

About

Yang Zhang is an innovative researcher working at the intersection of neuromorphic engineering, smart materials, and bioinspired sensing systems. His work focuses on developing next-generation computing paradigms that bridge the gap between artificial intelligence hardware and human-like perception. Zhang's most celebrated contribution is his pioneering development of an artificial mechano-optical synapse capable of enabling in-sensor computing through visual-tactile crossmodal perception — a breakthrough that has garnered an impressive 60 citations since its 2025 publication. This work holds significant implications for humanoid robotics, offering pathways toward rapid, low-power signal processing that authentically mimics human sensory integration. Beyond neuromorphic devices, Zhang has demonstrated versatility through his materials science research, exploring multi-responsive chromatic hydrogels capable of reversible shape deformations — a contribution that has attracted 18 citations and speaks to his broader interest in stimuli-responsive smart materials. Together, these works position Zhang as a forward-thinking scientist whose research spans functional materials and bio-inspired computing, making him a compelling figure for students and researchers interested in the future of intelligent sensing, soft robotics, and energy-efficient artificial perception systems.