Japan’s 200 Million Yen Contest Aims to Find Ways to Use Quantum Computers to Tackle Societal Challenges

Insider Brief Japan’s NEDO has launched a quantum computing contest to solve societal challenges, offering 200 million yen ($1.3 million) in prizes. Open to individuals and teams from all fields, the competition includes free quantum computing training to attract untapped talent.Participants will tackle issues like natural disasters and aging populations, Read more…

Why is it so Hard For Quantum Computers to Just Sit There And Do Nothing? Researchers Work to Find Out

Insider Brief Researchers from Trinity College Dublin conducted a study that developed a universal protocol to measure information leakage in idle qubits, addressing a core challenge in quantum computing known as the “protection-operation dilemma.” Experiments on IBM’s Falcon processors revealed small but measurable information loss during idling, with rare “bad Read more…

India Announces Support for Eight Startups Under National Quantum Mission

Insider Brief: Eight startups have been selected under India’s National Quantum Mission and the National Mission on Interdisciplinary Cyber-Physical Systems to advance research in quantum computing, communication, sensing, and materials, aligning with the goal of technological self-reliance by 2047. The National Quantum Mission focuses on building satellite-based quantum communication, advanced Read more…

Alice & Bob Enable Companies to Prepare For Practical Quantum Computing With Logical Qubit Emulator

Insider Brief Alice & Bob launched Felis 1.0, a logical qubit emulator, to help developers transition from NISQ to fault-tolerant quantum computing by optimizing algorithms for logical qubits. Built on Qiskit and integrated with Classiq, Felis enables hardware parameter tuning, logical qubit optimization, and error correction exploration for future quantum Read more…

Aeluma Secures NASA Contract to Develop Quantum Dot Photonic Circuits for Space, AI, and HPC Advancements

Insider Brief: Aeluma secured a NASA contract to develop silicon-based quantum dot photonic integrated circuits, targeting advanced space applications like free-space laser communication, autonomous navigation, and precision sensing. The partnership with NASA focuses on using quantum dots to enhance optical performance in extreme environments, providing high-precision, low-power solutions crucial for Read more…