- March 6, 2026Silicon-based spin–photon interfaces offer a powerful route toward large-scale quantum computing and quantum networking. A critical ingredient in this vision…
- February 3, 2026Silicon T centres offer a path towards utility-scale quantum computing. With their spin-dependent optical emission in the telecommunications O-band, T centre qubits can be linked over long distances,…
- December 2, 2025As the field of quantum computing expands, so do the qubit modalities behind it. Which one ultimately dominates will depend…
September 19, 2025The T centre and silicon are the ultimate quantum power-couple: combining telecom-band optical emission with established fabrication infrastructure. However, to…
February 11, 2025 The timeline to useful quantum computing just got shorter. Introducing SHYPS: the first QLDPC code family that can efficiently…
January 22, 2025What do the utility-scale quantum computers of the future look like? We believe that silicon spin-photon qubits are the path…
July 31, 2024The development and implementation of any technology that opens new frontiers involves the transition from concept to prototype to minimum…
May 30, 2024Scalability is perhaps the biggest challenge facing quantum computing. Known technologies have fundamental limitations on how many qubits can fit…
May 30, 2024Developing performant quantum systems of commercial utility will require hundreds to thousands of logical qubits. To achieve this capacity, quantum…
May 30, 2024Quantum computing is undergoing a period of rapid evolution. The era of noisy, intermediate scale quantum (NISQ) is coming to…
