Scalable Information Processing with Quantum Nano-Photonics
When
Where
The goal of the SIPQNP workshop is to bring together an interdisciplinary team of researchers with experience in experimental quantum optics (including bulk optics and detectors), integrated nano-photonics (including silicon, diamond and other platforms), and the theory of quantum information processing. The objective is to provide a highly interactive forum for cross-cutting discussions in order to assess the highest-impact research pursuits in scalable quantum-limited information processing in integrated photonics, both from the standpoint of the feasibility of fabrication of quantum technologies (such as non-classical light sources, linear and non-linear optical processes and modulators, and quantum-noise-limited detectors, etc.), as well as from the standpoint of where the highest-impact applications of on-chip scalable information processing might lie, which may include (but not be limited to) classical and quantum computation, non-standard receivers for optical quantum communication, sensing and imaging, and quantum simulation.