Extensible Universal Photonic Quantum Computing with Nonlinearity

This accepted article advances programmable photonic quantum computing by addressing extensibility and nonlinearity as central ingredients for universal optical quantum information processing.

Recommended citation: Yu, S.; Sun, J.; Chen, K.-C.; Yang, Z.-H.; Li, Z.; Mer, E.; Alwehaibi, Y. K.; Winston, S. H.; Lopena, D. M. D.; Zhang, Z.-C.; Yang, G.; Tao, R.; Zhou, M.; Machado, G. J.; Dong, Y.; Bondesan, R.; Vedral, V.; Kim, M. S.; Walmsley, I. A.; and Patel, R. B. (2026). "Extensible Universal Photonic Quantum Computing with Nonlinearity." Nature Photonics. Accepted.