Quantum Detection Systems Webinars

Microwave fields in conventional scenarios are detected using superheterodyne techniques. Photon counting at the microwave level presents immense challenges and can only be realized with advanced superconducting, cryogenic circuits operating at dilution refrigerator temperatures.

Learn about scalable semiconductor light sources and their role in large-scale quantum technologies in a webinar hosted by Dr. Walid Redjem from UC Berkeley. He will discuss recent breakthroughs in the study of single artificial atoms in silicon and the potential of scale-invariant on-chip lasers on...

Whether for quantum communication, bio-sensing, eye-safe LiDAR, or fluorescence lifetime imaging, the art of counting single photons is no simple task. Join us for the next installation in our DIY workshop series.

In this webinar, Sofiane Merkouche, PhD Candidate at the Oregon Center for Optical, Molecular and Quantum Science (University of Oregon) shows one way of harnessing the high-dimensional nature of TF entanglement. He presents a TF entanglement swapping experiment where frequency-resolved Bell-state...

In this workshop, Martin Felle, from ID Quantique looks at the second- and third-order correlation functions of Quantum Optics, and how to measure them. Whether characterizing purity of your photonic number states for QKD, implementing Hong-Ou-Mandel interferometry for quantum imaging, carrying out...

In this on demand webinar, Félix Bussières, Ph.D., of ID Quantique explores the technology of superconducting nanowire single-photon detectors, as well as the key scientific applications and emerging technologies they enable, and the benefits therein.