Abstract: Continuous-variable quantum information processing (CVQIP) through quantum optics offers unprecedented scalability for developing fault-tolerant information processors at room temperature. The critical interest in CVQIP comes primarily from its ability to generate large-scale entangled quantum states, known as cluster states, which serve as a computation substrate for performing measurement-based quantum computation. Cluster states are typically generated from single, or two-mode squeezed vacuum states. Despite significant progress, generating, manipulating, and measuring squeezed states in nanophotonics remains challenging, with performances required for various applications in quantum information science and technology.

[2-4] R. Nehra et al. Optica 6 (10), 1356-1360 (2019); R. Nehra et al. Physical Review Research 2 (4), 042002 (2020);  R. Yanagimoto, R. Nehra, et al., arXiv:2209.01114