Wuhong Xue

Papers

Total Citations

478

H-Index

About

Wuhong Xue is a leading researcher in neuromorphic optoelectronics and artificial synaptic devices, with a focus on oxide-based materials for next-generation computing. Her most-cited work, "An Oxide Schottky Junction Artificial Optoelectronic Synapse" (2019, 478 citations), pioneered the use of Schottky junctions to emulate biological synaptic plasticity, enabling simultaneous light detection and memory processing—a critical step toward efficient visual perception systems. This breakthrough addresses the growing demand for intelligent sensors that integrate sensing, processing, and memory in a single device, reducing energy consumption in AI hardware. Xue’s contributions have significantly advanced the field of neuromorphic engineering, with her work widely recognized for its potential in brain-inspired computing and adaptive robotics. Her research continues to shape the development of optoelectronic synapses, bridging the gap between artificial vision and human-like cognitive functions. With high-impact publications and growing citation influence, Xue stands out as a key innovator in the quest for more efficient, bio-realistic computing architectures.