Hybrid Quantum-Classical Algorithms Set New Benchmarks in Quantum Chemistry Quantum computing is rapidly transforming the way scientists approach complex problems. A breakthrough study has introduced a streamlined workflow that merges quantum and classical computing to model ... computational chemistry error mitigation GPU acceleration hybrid algorithms quantum chemistry quantum computing quantum hardware
Quantum Computing is Aiding mRNA Drug Discovery with Moderna and IBM Drug discovery is entering a new era as Moderna , a leader in mRNA therapeutics, partners with IBM Quantum to accelerate the development of life-saving medicines. By integrating quantum computing with... algorithms biotechnology drug development healthcare innovation IBM Moderna mRNA quantum computing
Qiskit Function Templates Are Accelerating Quantum Research Quantum computing is evolving fast, but practical adoption still presents hurdles for researchers and developers. IBM’s Qiskit Function templates are designed to break down these barriers, making quan... collaboration IBM Quantum open source Qiskit quantum computing research workflows serverless templates
Hybrid Quantum-Classical Algorithms: Transforming Molecular Simulations for Drug Discovery and Materials Science Predicting complex chemical reactions has long challenged scientists, especially when speed and accuracy are critical. Recent advances are reshaping this landscape. Researchers have unveiled a hybrid ... drug discovery error mitigation GPU acceleration hybrid algorithms molecular simulation quantum chemistry quantum computing transition metal complexes
Quantum Advantage: Are We Entering a New Computational Era? The world of quantum computing is witnessing a pivotal moment as researchers edge closer to achieving quantum advantage. Recent credible claims suggest that quantum computers can now outperform classi... computational science error mitigation IBM Quantum optimization quantum advantage quantum computing quantum hardware variational algorithms
Harvard-led Research Team Achieves Continuous Operation of a 3,000-Qubit System In a significant leap forward for quantum computing, a team of researchers has successfully demonstrated the continuous operation and reloading of a large-scale 3,000-qubit system. This breakthrough a... error correction fault tolerance IBM Quantum quantum quantum computing quantum error correction qubits
A Practical Framework for Achieving Quantum Advantage: Insights from IBM and Pasqal Quantum computing has captivated scientists and technologists for decades, but the field has often struggled to move from bold promises to concrete results. A new framework from IBM Quantum and Pasqal... classical computing error mitigation hybrid computing quantum advantage quantum computing quantum hardware scientific verification variational algorithms
IBM’s Quantum Leap: Delivering Fault-Tolerant Quantum Computing by 2029 The global competition to create practical quantum computers is intensifying, and IBM has emerged as a clear frontrunner with a detailed roadmap and aggressive targets. By 2029, the company plans to l... fault tolerance hardware innovation IBM Poughkeepsie quantum computing quantum error correction quantum roadmap quantum software
Oxford’s Record-Breaking Qubit Precision: Precision Beyond Lightning Odds Quantum computing just reached a new level of accuracy , thanks to groundbreaking work by University of Oxford researchers. Their achievement, a qubit with an error rate of only one in 6.7 million ope... error rates ion trap microwave control quantum computing quantum technology qubits University of Oxford
Japan Emerges as a Global Leader with IBM Quantum System Two and Fugaku Integration Japan has made a bold move in the world of technology by launching the first IBM Quantum System Two outside the United States. At the RIKEN Center for Computational Science in Kobe, this groundbreakin... Fugaku hybrid computing IBM Japan quantum computing RIKEN scientific research supercomputing
Microsoft’s Four-Dimensional Codes Propel Quantum Computing Forward Quantum computers promise to solve problems that are out of reach for classical machines, but their practical use has long been limited by error rates. Microsoft’s groundbreaking work with four-dimens... Atom Computing error correction four-dimensional codes logical qubits Microsoft Quantum neutral atoms quantum computing
Inside IBM's Blueprint for Large-Scale Fault-Tolerant Quantum Computing IBM is on a quest to build the world’s first large-scale, fault-tolerant quantum computer by 2029. This technological leap isn’t just about raw speed, it's about achieving reliable quantum computation... error correction fault tolerance IBM modular architecture Qiskit quantum advantage quantum computing quantum roadmap