China Achieves Major Advancement in Ultra-Highly Parallel Optical Computing Integrated Chips

Posted in

June 30, 2025

China Achieves Major Advancement in Ultra-Highly Parallel Optical Computing Integrated Chips

Researchers at the Shanghai Institute of Optics and Fine Mechanics (SIOM) have made a significant breakthrough in optical computing with the development of the Meteor-1, an ultra-highly parallel optical computing integrated chip. Led by Researcher Xie Peng, the team successfully demonstrated a prototype that achieves a parallelism level exceeding 100, addressing the challenges of high-density information processing on photonic chips. This innovation incorporates on-chip multi-wavelength light sources and programmable optical computing, paving the way for advancements in ultra-low-power, high-speed photonic supercomputers. The research marks a crucial step in overcoming computational density bottlenecks in optical technologies, promising enhanced performance for diverse applications like artificial intelligence and scientific computing.

Original source:

https://www.trendforce.com/news/2025/06/30/news-china-made-breakthrough-in-ultra-highly-parallel-optical-computing-integrated-chip/

China Achieves Major Advancement in Ultra-Highly Parallel Optical Computing Integrated Chips

What’s Behind the Surge of St George’s and Union Jack Flags?

Boosting Scopolamine and Atropine Accumulation in Hyoscyamus niger L. Callus Using LED Light and Glycine: An Affordable Approach

Explore Michigan’s Upper Peninsula: A Top Spot for Dark Sky Tourism and Northern Lights Viewing in the United States

Researchers Create Vibrant, Luminescent Succulents