Insider Brief Researchers at KIT’s Physikalisches Institut have developed a method to precisely control diamond tin-vacancy qubits, significantly improving their stability and coherence times up to ten milliseconds. These advances, using microwave control and superconducting […]
Insider Brief: Researchers from the Autonomous University of Madrid used digital quantum computers to simulate the creation of particles in an expanding universe. This work focuses on how quantum fields, predicted by Quantum Field Theory […]
Guest Post By Robert Haist, Chief Information Security Officer (CISO), TeamViewer While the concept of quantum computing is far from new, today, leading companies like Google and IBM along with startups, research institutes and universities […]
Insider Brief A new study explores how quantum optimization and quantum machine learning (QML) can be applied to improve clinical trial design, site selection and cohort identification. Quantum algorithms offer the potential to enhance trial […]
Insider Brief: D-Wave Quantum Inc. introduced service-level agreements (SLAs) for its Leap quantum cloud service for the purpose of providing high availability, reliability, and scalability for customers transitioning to production-grade quantum and hybrid-quantum applications. The […]
Insider Brief U.S. Senators Maggie Hassan and Marsha Blackburn are pressing the Pentagon for answers on its quantum sensing efforts, citing concerns over China’s advances in the field, as reported by Defense One. Quantum sensing, […]
Insider Brief IonQ has demonstrated remote ion-ion entanglement, a key milestone towards quantum networking and scaling its quantum systems. The IonQ team successfully connected two trapped ion qubits from separate trap wells using entangled photons, […]
Teams competing in the “Towards an Efficient and Sustainable Supply Chain” category of the Airbus-BMW Quantum Challenge have united to address a critical issue in modern manufacturing: the optimization of supply chains to reduce carbon […]
Insider Brief: Researchers from Google Quantum AI introduced a method using minimal quantum memory—just two copies of a quantum state—to exponentially improve learning tasks. The approach uses the complex conjugate of a quantum state (ρ⊗ρ*) […]
Insider Brief A new tensor train-based approach significantly speeds up the process of predicting molecular structures by 5X to 20X over classical methods. The technique helps accelerate drug discovery and material science research by efficiently […]
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