Bluefors and Qblox Announce Collaboration to Advance Quantum Computing Infrastructure

Insider Brief: Bluefors and Qblox signed a Memorandum of Understanding to collaborate on integrated solutions for quantum technologies, focusing on spin qubit systems. At APS Global Physics Summit 2025, they will demonstrate Qblox’s quantum computing control stack working with Bluefors’ cryogenic measurement systems. The partnership aims to improve quantum infrastructure, Read more…

South Korea Launches Quantum Strategy Comittee, Allocates $15M Annually for Quantum Startups, But Some Warn It Falls Short

Insider Brief: South Korea launches a ₩1 trillion Science and Technology Innovation Fund, with a dedicated account allocating ₩20 billion annually for quantum startups over four years. The government plans to train 2,500 quantum researchers to expand the talent pipeline and strengthen national quantum capabilities. Key initiatives include developing 1,000-qubit Read more…

Lockheed Martin, Q-CTRL, and AOSense Partner to Develop Quantum-Enabled Navigation System for GPS-Denied Environments

Insider Brief: Lockheed Martin announced they have secured DIU contract to prototype a quantum-enabled Inertial Navigation System (QuINS) to provide precise navigation without GPS, addressing vulnerabilities in contested environments. Lockheed will partner with with Q-CTRL for quantum control expertise and AOSense for high-performance quantum sensors in hopes of transitioning quantum Read more…

D-Wave Deep Dive: A Look at The Quantum Advantage Findings — And The Questions That Remain

Insider Brief D-Wave researchers reported that superconducting quantum annealers have demonstrated superior accuracy and efficiency over leading classical methods in solving specific quantum dynamics problems, suggesting practical quantum advantage beyond random circuit sampling. The study compared quantum annealers against classical techniques such as matrix product states (MPS), projected entangled-pair states Read more…

Quantum Internet Alliance Announces QNodeOS, the First Operating System for Quantum Networks

Insider Brief: Quantum Internet Alliance (QIA) researchers developed QNodeOS, the first operating system for quantum networks, enabling programmable and executable quantum applications across various hardware platforms. QNodeOS removes barriers between networking hardware and software, allowing developers to create quantum network applications without needing system-specific code, similar to classical operating systems. Read more…

Terra Quantum, Quantinuum, NVIDIA, NASA, and More Explore How Tensor Networks Tame the Exponential Complexity of Quantum Computing

Insider Brief: The curse of dimensionality limits quantum computing scalability, as the Hilbert space grows exponentially with the number of qubits, making quantum state representation and simulation computationally intractable. Tensor networks provide a structured way to manage quantum complexity, efficiently encoding quantum states and reducing the need for direct manipulation Read more…