News
News
30 Jul 2026
A new roadmap from QED-C® and the Center for Quantum Networks lays out where quantum networking actually stands.
Of 10 high-impact use cases identified, only two are currently supported by today’s technology. Short-distance applications are expected to mature within 5 years. Long-distance distributed quantum computing is still roughly a decade out.
It’s a useful corrective to some of the noise around quantum timelines. The infrastructure gap is real, and closing it will take sustained investment, not just headline announcements.
Worth a read for anyone tracking where the sector’s genuine near-term opportunities sit: https://bit.ly/4wBtGqu
15 Jul 2026
Researchers have demonstrated a hybrid quantum-classical AI workflow that improves the discovery of immune-targeting peptides, which are important for vaccines, immunotherapies, and other precision medicines. The approach uses quantum-generated latent representations alongside classical AI models to design peptides that bind to human leukocyte antigen (HLA) molecules. The biggest gains came for rare or understudied HLA […]
25 Jun 2026
Two Executive Orders signed this week, one commits to building a quantum computer powerful enough for real scientific discovery by 2028. The other mandates federal agencies migrate to post-quantum cryptography by 2030, with hard deadlines and named accountability. Also, big things happening in Boston, MA this week, with the Quantum.Tech World summit seeing 1000+ innovators, […]
19 Jun 2026
Congratulations to Quantcore on winning this year’s qBIG prize. We’re proud to support this award alongside the Institute of Physics, and it’s fantastic to see a company doing such important work in superconducting quantum hardware recognised in this way. Quantcore, a spin-out from the University of Glasgow, is developing processors, resonators and sensors using niobium-based […]