Papers
2
Total Citations
20
H-Index
2
About
Haotian Long is pioneering the frontier of bioinspired neuromorphic electronics, with a focus on flexible sensory systems that mimic biological perception. His research centers on developing artificial sensory neurons and noncontact sensing platforms that operate with unprecedented energy efficiency. Long’s major contributions include the creation of multifunctional ultraviolet laser-induced graphene (LIG) for flexible artificial sensory neurons, a breakthrough that enables fast, low-cost, and accurate patterning for neuromorphic perceptual systems. This work, cited 13 times, has significant implications for human-machine interfaces and bionic robotics. More recently, Long introduced the flexible spiking hair sensillum (FISH), a noncontact perception system that achieves ultralow power density while maintaining high biological fidelity. With 7 citations, this innovation addresses critical challenges in target recognition before physical contact, enhancing adaptability in real-world environments. Long’s work stands out for its integration of materials science, neuromorphic computing, and flexible electronics, positioning him as a rising leader in next-generation sensory technologies. His achievements promise to transform applications in soft robotics, wearable electronics, and environmental monitoring.
Research Focus
Key Achievements
Top Papers
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