Selected projects and marketing content by Martin Felle
The ID281 Series – Continuous Operation
November 2022. ID Quantique launches a new family of ID281 superconducting nanowire single-photon detectors (SNSPDs), extending performance in single-photon detection.
2022 Photonic Sensing Research Digest
September 2022. A digest of photonic sensing research from around the world, covering developments in quantum and photonic technologies.
ID Quantique honoured by Laser World of Photonics 2022 Innovation Award
April 2022. ID Quantique was recognised in the Quantum Technologies category of the 2022 Laser Focus World Innovation Awards.
Use case: Towards a quantum internet
August 2021. A use case describing how ID Quantique single-photon detectors enabled the entanglement of remote quantum memories, an important step towards a future quantum internet.
Workshop: How to count – DIY single-photon counting
July 2022
A workshop exploring how to use LabVIEW with ID Quantique instrumentation to build and automate single-photon experiments.
Use case: The power of entanglement
July 2022. A use case exploring practical applications of photonic entanglement, from quantum technologies to material characterisation in next-generation photonic devices.
Latest from our Labs: Parallel-pixel SNSPDs for Ultrafast and Photon-Number-Resolved Detection
April 2022. An overview of parallel-pixel superconducting nanowire detectors, a design approach aimed at higher detection rates and photon-number-resolved detection.
Latest from our Labs: Faster SNSPDs, 24/7 operation and even better timing precision
April 2022. An article on ID Quantique R&D into detector designs and processes for improved timing precision, faster single-photon counting, and continuous operation.
Workshop Series: DIY Quantum Relays – Part 2
April 2022. A demonstration workshop looking at the entanglement resources needed to build a practical quantum relay.
Workshop Series: DIY Quantum Relays – Part 1
March 2022. An introduction to the schemes, components, and subsystems involved in building a quantum relay for long-distance quantum communication and distributed quantum computing.