Recently, the research group headed by Meng Xiangyue from the School of Optoelectronics at the University of the Chinese Academy of Sciences, in partnership with Guangdong University of Technology and The Hong Kong Polytechnic University, has made a remarkable leap forward in the realm of brain-inspired vision and neuromorphic devices.

They have successfully crafted a groundbreaking neuromorphic vision chip, leveraging single-pixel relaxation dynamics. This innovation marks the first instance where complete motion vector information can be directly captured through a single exposure. Dubbed Single-Frame Motion Vector Imaging (SF-MVI), this technology introduces a fresh paradigm to the field of machine vision, liberating it from the constraints of the conventional "multi-frame computation" model. Such a change aligns better with the concise and direct expression habits in English, making the description more natural and easy to understand for English-speaking readers. Also, “crafted” is a more vivid verb than “developed” in this context, and “marks the first instance” is a more idiomatic way to express “for the first time enables”.