Latest quantum computing, quantum tech, and quantum industry news.
Discover how Chalmers Quantum Computing research is overcoming quantum heat challenges to enable faster, more stable quantum processors.
Read More Chalmers Quantum Computing solves Quantum Heat Challenges
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
WISeKey International Holding Ltd. hosted a high-level Quantum Security Space Roundtable with defense, space, and cybersecurity thinking leaders.
Read More WISeKey Quantum Security Space Roundtable for Orbital Trust
Technion News: Researchers at Technion Reveal a Nanophotonic Advancement: Increasing the Velocity of Quantum Secrets by Double.
Read More Technion News: Opens a New Path for Quantum Data Transfer
An international group of researchers has reported a breakthrough in the creation of quantum emitters in hexagonal boron nitride hBN.
Read More Hexagonal Boron Nitride hBN powers next-gen quantum emitters
Viewbix steps into quantum navigation after acquiring Quantum X Labs, leveraging Quantum Gyro technology for GPS-free, jam-resistant precision.
Read More Viewbix, Quantum Gyro: The Dawn of Satellite-Free Navigation
Researchers presented a revolutionary quantum screening approach to accelerate the finding of light-activated cancer treatments.
Read More Quantum Screening for Photodynamic Cancer Therapy discovery
The National Quantum Initiative Reauthorization outlines a strategic roadmap to modernize U.S. quantum policy by integrating quantum computing with AI and high-performance computing.
Read More US National Quantum Initiative Reauthorization Blueprint
IonQ formally completed its purchase of high-speed optical communications expert Skyloom Global Corp. in January 2026.
Read More IonQ’s Skyloom Global Corp Purchase for Quantum Networking
This article explores how coordinated classical simulation techniques are reshaping our understanding of the quantum–classical boundary
Read More Classical simulation redefine the quantum–classical boundary