Latest quantum computing, quantum tech, and quantum industry news.
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 Blueprints
Discover the STAR-Magic mutation protocol reduces quantum computing error rates by 100x, paving the way for scalable and fault-tolerant systems.
Read More STAR-Magic Mutation Protocol Slashes Error Rates by 100x
Discover how the Q-Net Connect 2026 highlights Quantinuum’s vision for achieving quantum utility through collaboration and innovation.
Read More Quantinuum’s Q-Net Connect 2026: Quantum Utility Future
Discover how Silicon based quantum computing achieves logical qubits, marking a major step toward scalable and fault-tolerant quantum systems.
Read More Silicon Based Quantum Computing Achieves Logical Qubits
NVIDIA, Alice and Bob Quantum a 75x boost in quantum error correction, accelerating simulations and advancing fault-tolerant quantum computing.
Read More NVIDIA With Alice and Bob Quantum Achieve 75x Faster QEC
Quantinuum achieves a major milestone in logical quantum computing with advanced error correction and scalable qubit performance.
Read More Quantinuum News: Advancing Large-Scale Logical Qubits
Quantum Circuit Designer The global quantum computing community, PsiQuantum has announced the release of Circuit Designer, a potent new open-access web program that will revolutionize […]
Read More Quantum Circuit Designer For Quantum research by PsiQuantum
Quantum computing roadmap to 2030, including industry milestones, fault-tolerant systems, and enterprise-scale logical qubits next-gen computing.
Read More Quantum computing roadmap 2030 industry plans & milestones
Discover 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 Innovation
This article describes a major breakthrough in quantum error correction through the use of a 17-qubit superconducting processor to perform lattice surgery.
Read More Lattice Surgery on a 17-Qubit Superconducting Processor