aiqbench analysis
Researchers at the University of Science and Technology of China have engineered a cubic-metalens integrating nanophotonics with computational imaging to achieve extended depth-of-field without active refocusing. This advancement represents a significant step in quantum-inspired optical engineering, potentially enabling thinner, more efficient imaging systems for next-generation AI vision applications.
Quantum Electronics Study Develops Metalens for Wider-Range Imaging

Insider Brief Press release – Keeping cameras in focus without constant refocusing may soon become much simpler with an ultrathin optical device that combines nanophotonics and computational imaging. Researchers at the University of Science and Technology of China have developed a flat “cubic-metalens” that captures clear images across a wider range of distances, enabling thinner, […]
Read the full article at The Quantum InsiderRelated coverage
Electron Phases Rebuild Like Ice in Quantum Material
Explore Quantum · Aug 20, 2026
News Archive 2026
Quantum Computing Report · Jul 25, 2026

Forbes Asia 100 To Watch 2026
forbes.com · Aug 24, 2026

IonQ Uses Investor Day to Detail Superion Roadmap, SkyWater Strategy and Quantum Security Plans
The Quantum Insider · Sep 8, 2026