Latest quantum computing, quantum tech, and quantum industry news.
Genon codes are a new type of topological quantum error-correcting code, developed by researchers at Quantinuum, that use quasi-particles called “genons”
Read More Importance of Genon Codes in Topological Quantum Computing
Ancilla qubits act as auxiliary resources that enable complex quantum operations, fault tolerance, & error correction in modern quantum computers.
Read More Ancilla Qubits: Reliable and Scalable Quantum Computing
Explore the challenges of logical qubits, the importance of fault tolerance, and why low-quality physical qubits can undermine quantum computing.
Read More Logical Qubits and Fault Tolerance in Quantum Computing
Discover IonQ researchers introduced powerful symmetry-based error correcting codes that advance the path to fault-tolerant quantum computing.
Read More IonQ Error correcting codes Will Improve quantum computing
HPE launches the Quantum Scaling Alliance to make quantum computing scalable, open-source, and ready for industrial deployment.
Read More HPE Forms Quantum Scaling Alliance to Advance Quantum
Learn what is Quantum Information Theory (QIT), how it works, and its key applications in computing, cryptography, and communication.
Read More What is Quantum Information Theory (QIT) and Applications
NVIDIA unveils NVQLink, a new open architecture linking quantum processors with GPUs to build next-generation quantum supercomputers.
Read More NVIDIA NVQLink To Connect Quantum Processors With GPUs
Discover how Non Markovianity enhance quantum error mitigation and teleportation efficiency, paving the way for robust next-gen quantum systems.
Read More Non Markovianity Benefits QEM And Quantum Teleportation
Discover how QEC 2025 is revolutionizing fault-tolerant quantum computing through advanced error correction techniques.
Read More QEC 2025: the Fault-Tolerant Quantum Computing Breakthrough
Trajectory-protected quantum computing offers a novel path to fault-tolerant quantum systems by isolating qubits from disruptive forces.
Read More Trajectory-Protected Quantum Computing Avoids Decoherence