Papers
3
Total Citations
139
H-Index
3
About
Dr. He Qian is a leading innovator at the intersection of flexible electronics and neuromorphic computing, whose work is redefining the sensory and memory capabilities of next-generation robotics and microelectronics. Her most impactful contribution is the development of a **large-scale integrated flexible tactile sensor array**, published in 2022 and garnering over 125 citations. This breakthrough directly addresses a critical bottleneck in smart robotics—the lack of sophisticated artificial touch—by creating a sensitive, scalable system that mimics human skin. Beyond sensing, Dr. Qian is a pioneer in nonvolatile memory, demonstrated by her work on a **64KB ReRAM-based nvSRAM** integrated with a microcontroller unit. This achievement, enabling real-time program storage and restoration, represents a rare silicon-verified step toward instant-on computing. Most recently, she has pushed into biomimetic systems, designing a novel **vertical multigate neuromorphic transistor** that emulates a biological nociceptor, or pain receptor. By capturing the threshold-switching and adaptation behaviors of natural pain pathways, this device offers a new paradigm for safe, responsive robotics. Dr. Qian’s research elegantly bridges materials science, device physics, and system integration, positioning her as a key architect of the future of intelligent, tactile-aware machines.
Research Focus
Key Achievements
Top Papers
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