PinnedQuandela TeaminQuandelaWhat is a Quantum Computer?Quantum computing has the potential to be one of the defining technologies of the 21st century, with practical applications that could…Sep 22, 2022Sep 22, 2022
Quandela TeaminQuandelaPerceval Tech note: Introducing “shots” in a linear optic quantum computing frameworkQuantum mechanics is intrinsically random. When a quantum state undergoes an evolution through a quantum process, the output state is a…Dec 5, 2023Dec 5, 2023
Quandela TeaminQuandelaBudgeting with Qubits / Make the most of your photonsLinear optical quantum computation uses photons as carriers of information (i.e. qubits) in an optical circuit with beam splitters and…Sep 18, 2023Sep 18, 2023
Quandela TeaminQuandelaExploring Ascella, the Single-Photon Quantum Computing PrototypeQuantum computing is at the forefront of technology, with the potential to transform how we process information. This emerging field…Jul 4, 2023Jul 4, 2023
Quandela TeaminQuandelaQuandela Tech Report: Certified Quantum Random Numbers on a Small Optical ChipPart 1: What is randomness?Jun 9, 2023Jun 9, 2023
Quandela TeaminQuandelaEntangled-photon generators for fault tolerant photonic quantum computersThe scientific results just published in the new issue of the journal Nature Photonics represents another “first” in the technological…Apr 14, 2023Apr 14, 2023
Quandela TeaminQuandelaExploring Graph Problems with Single Photons and Linear Optics1 — Introduction (non-technical summary)Jan 25, 20232Jan 25, 20232
Quandela TeaminQuandelaPerceval Tech Note: Strong Linear Optical Simulation (SLOS)Part 1: Quantum simulationsNov 29, 2022Nov 29, 2022
Quandela TeaminQuandelaPhotonics: The fast lane towards useful Quantum Machine Learning?Machine LearningNov 22, 2022Nov 22, 2022
