IonQ introduces the Walking Cat Architecture, an end-to-end framework for building fault-tolerant quantum computers with millions of qubits.
Read More The Walking Cat: IonQ’s Detailed FTQC Technical BlueprintsPsiQuantum’s research arrangement with the National Cancer Center Japan(NCC Japan), a major milestone for oncology and innovation.
Read More PsiQuantum and NCC Japan to boost Cancer Drug DevelopmentDiscover the Iceberg Quantum raises $6M in seed funding to accelerate fault-tolerant quantum computing and scalable system innovation.
Read More Iceberg Quantum raises $6M for Quantum Computing InnovationViewbix Inc. has announced that its subsidiary, Quantum Transportation Ltd., has successfully achieved the first major milestone of its Quantum Decoder program
Read More Quantum Transportation Ltd Hits its First Milestone in FTQCFTCircuitBench is fault-tolerant quantum computing by simplifying evaluation of quantum algorithms, noise resilience, and hardware performance.
Read More FTCircuitBench Improves Fault-Tolerant Quantum ComputingFloquet codes advance fault-tolerant quantum computing by dynamically protecting qubits from errors, bringing scalable quantum systems.
Read More Floquet Codes Bring Fault-Tolerant Quantum Computing CloserQuantum radiometric calibration delivers unprecedented photodiode accuracy, redefining optical measurement standards in science and industry.
Read More Quantum Radiometric Calibration: A New Photodiode AccuracyPsiQuantum and Lockheed Martin unite to accelerate FTQC Quantum Computing for advanced defense and aerospace innovation.
Read More PsiQuantum and Lockheed Martin to Accelerate FTQC QuantumLearn how Quantum GANDALF introduces a powerful framework to enhance fault tolerance and reduce errors in large-scale quantum computers.
Read More Quantum GANDALF Boost Fault-Tolerant Quantum ComputingScientists introduce quantum autonomous gates designed to reduce external control and improve stability and scalability in quantum computing.
Read More Researchers Develop Quantum Autonomous Gates for More Stable Systems