Hanyan Wu

Papers

Total Citations

H-Index

About

Hanyan Wu is a pioneering researcher in organic neuromorphic engineering and flexible bioelectronics, with a focus on developing next-generation artificial neural systems and low-power electronic circuits. Her most significant contribution is the invention of the dendritic organic electrochemical neuron (d-OECN), reported in 2025, which achieves anticoincidence detection—a complex neural computation previously requiring multiple neurons—within a single artificial cell. This breakthrough solves the long-standing challenge of linearly inseparable tasks in neuromorphic hardware, enabling more efficient brain-inspired computing. The work has already garnered 15 citations, signaling its rapid impact on the field. Wu also made strides in flexible electronics with her 2021 paper on low-power, high-gain complementary circuits based on printed organic electrochemical transistors (OECTs), which achieved exceptional transconductance for accurate low-amplitude signal extraction. This work, with 4 citations, demonstrates her versatility in advancing both fundamental neuromorphic principles and practical, energy-efficient devices for applications in medical diagnostics, robotics, and the Internet of Things. Wu’s research elegantly bridges materials engineering and computational neuroscience, positioning her as a rising leader in organic electronics and intelligent systems.