Insider Brief The EU-funded QCDC project established Europe’s first cloud-based trapped-ion quantum computing service, strengthening technological sovereignty and enabling independent research access. Researchers used the platform to run proof-of-concept simulations in biochemical research, computational fluid […]
Insider Brief Researchers at the University of Basel have developed a spin qubit that is simultaneously faster and more robust, a step that could support future quantum computer development. Using germanium nanowires coated with silicon, […]
Insider Brief Palo Alto Networks announced new security solutions to help enterprises prepare for quantum-era threats while securing workloads across multicloud and AI-driven environments. The release includes a Quantum Readiness Dashboard, industry-first cipher translation for […]
Panel event with Fujitsu, Quantinuum, Oxford Instruments, and D-Wave to explore how quantum is being used to solve real-world problems today Quantum technology is no longer confined to physics labs or academic journals. From optimizing […]
Insider Brief: Krysta Svore explains that being “quantum-ready” means acting now—implementing post-quantum cryptography, securing data, and preparing infrastructure for scalable machines. She highlights how progress comes from uniting research and engineering, where each advance in […]
Insider Brief Qunova Computing raised $10 million in Series A funding to accelerate development of its quantum software applications for chemical, pharmaceutical, and industrial engineering sectors. The company’s flagship algorithm, HI-VQE, has shown consistent performance […]
Insider Brief Researchers at Northwestern University’s Computer Architecture and Security Lab demonstrated a new “double-sided” crosstalk attack on superconducting quantum computers. The method, called QubitVise, shows how a malicious user can corrupt another tenant’s results […]
Insider Brief Terra Quantum has introduced QMM-Enhanced Error Correction, a hardware-validated, measurement-free method that suppresses quantum errors and improves fidelity on existing processors without architectural changes. The Quantum Memory Matrix (QMM) achieves up to 35% […]
Insider Brief A European research team tested workflow and “malleability” scheduling strategies to improve efficiency in hybrid high-performance computing–quantum computing clusters, finding that both cut idle time compared to static allocation. In simulated workloads, workflows […]
Guest Post by Zenia Tata, Board of Advisors As the turn of the century approached in the late 1990s, people worldwide began to panic, believing their computers would stop working, and all their content would be […]
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