Topic: quantum networks

Explore how quantum technologies can advance fundamental and high-energy physics, and how methods, infrastructure and expertise developed in particle physics can contribute to quantum science. The interdisciplinary programme connects researchers from laboratories, universities and industry to assess current capabilities, technical challenges and promising research directions. Scientific themes include quantum and hybrid algorithms, simulation, sensing and quantum networks, alongside the development of shared expertise and collaborations. 23 November at 09:00 to 27 November at 20:30; Europe/Zu

Valentina Parigi presents quantum networks that encode information in optical-field quadratures. Nonlinear parametric processes generate entanglement among many spectral and temporal modes. The seminar considers spatial, spectral and temporal multiplexing, methods for analysing Gaussian entanglement networks, and operations that introduce the non-Gaussian resources needed for quantum computation.