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Optica Quantum 2.0 2026, 15-18 June, Glasgow

ID Quantique
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⚡ Quantum Brief
ID Quantique, an IonQ company, will showcase advancements in superconducting nanowire single-photon detectors (SNSPDs) at Optica Quantum 2.0 (June 15–18, Glasgow), emphasizing their role in transitioning quantum tech from labs to real-world applications. The conference focuses on scalable quantum networks and photonic computing, where high-performance photon detection is critical. ID Quantique’s ultrafast, photon-number-resolving SNSPDs address key challenges in quantum communication and optical measurement precision. Thomas Produit, PhD, will present on June 17 at 11:30 AM BST, detailing how SNSPD improvements enable better photon statistics control for quantum networking and photonic processors. The event highlights system-level integration hurdles in quantum technologies, with ID Quantique’s work positioning SNSPDs as essential components for next-gen photonic platforms. Attendees can explore collaborations on high-speed photonics and quantum system scalability, reinforcing the shift from research to deployable quantum solutions.
Optica Quantum 2.0 2026, 15-18 June, Glasgow

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Optica Quantum 2.0 2026, 15-18 June, GlasgowID Quantique, an IonQ company, will take part in the Optica Quantum 2.0 Conference and Exhibition 2026, held June 15–18 in Glasgow, UK. The event focuses on the transition of quantum technologies from laboratory research to scalable and practical systems.The conference brings together participants working across quantum communication, photonic quantum computing, sensing, and integrated photonics, with an emphasis on the system-level challenges associated with building quantum networks and large-scale photonic platforms.In this context, single-photon detection remains a critical enabling technology. At Quantum 2.0, we will highlight recent developments in superconducting nanowire single-photon detectors (SNSPDs), with a focus on ultrafast performance and photon-number resolving capabilities. These characteristics are relevant for applications requiring precise photon detection, including quantum communication protocols, photonic quantum processors, and advanced optical measurements.As part of the technical program:Thomas Produit, PhD – Application ScientistTalk: “Ultrafast and Photon-number resolving SNSPDs as enablers for quantum networks and photonic quantum computers” Date & Time: June 17, 11:30–11:45 AM BSTThe presentation will address how recent SNSPD architectures support high detection rates and photon-number resolution, and how these capabilities can be used in areas such as scalable quantum networking and photonic quantum computing, where control over photon statistics and timing is essential.Participation in Quantum 2.0 provides an opportunity to engage with ongoing work on high-performance photonic components and system integration challenges relevant to next-generation quantum technologies.Book a MeetingID Quantique SA | Rue Eugène-Marziano 25 1227 Acacias - Genève | SwitzerlandT+41 22 301 83 71 F +41 22 301 83 79 info@idquantique.comCopyright © 2026 ID Quantique | Website Terms of Use | Privacy Statement | Cookie Policy | Contact Promise | UK Tax Policy DisclosureThank you for your interest in our eBook. Please fill out the form and your eBook will be downloaded.

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quantum-computing
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Source: ID Quantique