Extending 161 miles across Long Island and the New York metropolitan area, the nation’s longest quantum network now incorporates a wireless link established by Justine Haupt of Brookhaven Lab. Haupt...

Pasqal, a neutral-atom quantum computing firm, listed on Nasdaq at an approximately $2.0 billion enterprise value, following investment from Quantonation.

Increasing the gravitational coupling between particles preferentially enhances collective coherence, a finding that refines understanding of quantum resilience in massive systems. Unlike previous work establishing temperature thresholds for entanglement, this decomposition distinguishes between coherence arising from particle correlations and that intrinsic to each particle. This nuanced view may aid both the search for quantum gravity and the development of quantum technologies.

NY Creates joins a $27.9 million, five-year NSF initiative—MARQUIS—to advance manufacturable and resilient quantum information systems, addressing technology scaling and workforce needs.

Chungbuk National University is developing Korea’s quantum ecosystem, with an on-premises IQM Spark system, and a center directing regional industry growth.

Researchers at the Paul Scherrer Institute PSI and ETH Zurich have, for the first time, directly observed the optical Magnus effect, a phenomenon mirroring the way spin alters the trajectory...

Researchers have obtained a compact, tractable closed-form formula in the low-temperature limit for calculating non-radiative transition rates, streamlining the computational steps required to include phonon contributions to both radiative and...

MIT responded to the rapid emergence of generative artificial intelligence with a five-month intensive assessment of its impact, assembling a committee comprised of members from every school, alongside students and...

Yale researchers mapped noise in microwave-driven Josephson circuits to time-dependent Hamiltonian models, a key step for quantum system analysis.

Transmon circuits, the foundation of many quantum processors, are increasingly susceptible to errors from unwanted transitions to higher energy levels as control drives become more precise. Researchers have demonstrated that...

By partitioning complex molecular systems, a new hybrid approach combines the strengths of classical and quantum computation to overcome longstanding limitations in predicting electronic behaviour. This DFT-Quantum Embedding (QDFT) framework treats chemically relevant portions with a quantum solver, while classical HPC handles the remainder, offering a pathway beyond the approximations inherent in standard Density Functional Theory. The resulting simulations demonstrate improved accuracy alongside the scalability needed for complex materials and drug discovery.

Carnegie Mellon University’s Christopher Phillips & Alison Langmead trace AI language to the 1950s, finding “strategic ambiguity” in how we describe its capabilities.

Topological edge modes at topologically nontrivial quantum critical points (QCPs) give rise to anomalous dynamical scaling behavior, while bulk dynamics follow standard Kibble–Zurek (KZ) scaling. This anomalous boundary dynamics, demonstrated in quantum spin chains and free-fermion models, represents a modified scaling relation beyond the traditional KZ framework.

Pasqal, a global leader in neutral-atom quantum computing, announced the composition of the Board of Directors of Pasqal Holding SA following its business combination with Bleichroeder Acquisition Corp. Ordinary shares of the combined company are expected to begin trading on Nasdaq under the ticker symbol "PSQL" on August 28, 2026.

SEALSQ’s subsidiary, ICAlps, is advancing its QASIC roadmap for quantum-resistant semiconductors, initially targeting cybersecurity, medical, and automotive sectors.

Post-quantum key establishment has moved into deployment, but post-quantum authentication has not progressed as far, and the IAB is holding a workshop in Prague on 11 and 12 October 2026 to accelerate its deployment. Position papers covering deployment delays in production systems are due 4 September 2026.

Xanadu Quantum Technologies & Mitsubishi Chemical are scaling quantum simulations of EUV lithography, a key semiconductor process.

Quantum computing has long struggled to move beyond theoretical promise to practical devices. AutoQuREO offers a new approach to optimising these systems, departing from methods reliant on complex compilation or distant fault-tolerance goals. This framework creates a ‘digital twin’ of quantum stacks, enabling the discovery of resource trade-offs previously beyond reach.

Florida Atlantic University researchers report achieving 90.26% accuracy in predicting heart disease using a novel Quantum Support Vector Machine with Angle Encoding. The study, published in the MDPI AI Journal,...

Researchers investigate a novel method for detecting security vulnerabilities in code generated by artificial intelligence agents. As AI increasingly contributes to production code, traditional human review processes struggle to keep...

Jason Cong and Jens Palsberg of UCLA will co-lead national quantum computing efforts following the distribution of $290 million in funding from the National Science Foundation. The funding is distributed...

A $37.5 million grant renewal will propel the University of Maryland-led NSF Quantum Leap Challenge Institute for Robust Quantum Simulation into a new five-year research phase, building on an initial...

Industries currently expend significant computational resources screening out unstable material designs generated by artificial intelligence, often yielding only a small fraction of usable options. Now, MIT researchers have developed a...

Anthropic’s Claude, an AI agent, now recovers QuEra Computing’s laser system in seconds, a task previously requiring minutes of work from a human specialist. QuEra’s systems rely on precisely tuned...

QuantumX launches EntangleX, a hosted quantum simulation platform, advancing from external beta testing initiated in July 2026 toward commercial availability. The platform combines visual quantum circuit development, hosted classical simulation, and Agentic Labs, allowing users to build and simulate quantum circuits without direct access to a physical quantum computer.

Researchers found that forming dark states with spin ensembles and multiple cavities enhances quantum memory, suppressing radiation and potentially extending storage times. This tripartite coupling utilizes up to three superconducting cavities.

A post-quantum cryptography solution developed by FRC and QIZ Security is now available to the U.S. Navy following evaluation against Area of Interest #26-A006, a specific roadmap for Zero Trust...

ITMO University physicists & international teams demonstrated a silicon metasurface switching light up to one billion times per second.

SandboxAQ has released Switch, open-source software designed to integrate any AI agent directly into team collaboration channels. The platform connects agents into shared workspaces within tools like Slack, Microsoft Teams,...

Quintessent has secured $40 million in an oversubscribed Series A funding round as it begins customer sampling of a novel light source for artificial intelligence datacenters. The company’s single-chip quantum...

Quantum eMotion has submitted its eCore-Q PCIe Quantum Entropy Module for validation by the National Institute of Standards and Technology, following an independent assessment completed by Lightship Security Inc. The...

Over 100 companies are now part of a growing defence technology ecosystem centered in Otaniemi, Espoo, establishing a concentration of deep-tech expertise in the Helsinki region. Companies like ICEYE, a...

A $37.5M National Science Foundation award will advance quantum science research at CU Boulder, developing tools like next-gen atomic clocks and sensors.

Engineers designed a new chip placing electron-on-neon qubits using magnetic levitation, avoiding random defects in nanoscale features.

On August 26, 2026, Avihu Levy’s Quantum-Safe Bitcoin method transitioned from research to reality with the first quantum-safe transaction mined on the mainnet. The transaction demonstrates a functional solution for...

QET Labs ran its twelfth annual Quantum in the Summer school, welcoming 18 A-level students to the University of Bristol for a week of theoretical and experimental sessions related to quantum technology. The program covered topics from superposition and entanglement to applications in computing and metrology, taking place 3-7 August.

Postquant Labs is launching QuipSwap, a cross-chain swap protocol designed to eliminate vulnerabilities that have caused billions of dollars in losses from hacks and exploits. Unlike traditional cross-chain solutions, QuipSwap...

Researchers at Stanford University have created an optical device that generates 22 THz of mid-infrared light on a chip, a frequency previously difficult to achieve with compact technology. The device,...

Researchers at the University of California San Diego, TU Wien, and the University of Salamanca have overcome a long-held theoretical limit in X-ray production using helium atoms. Standard models predicted...

Atomic scale qubits, as may be realized in nitrogen vacancy (NV) centers in diamond, offer the opportunity to study magnetic field noise with nanometer scale spatial resolution, learning about magnetic-field noise correlations in quantum materials and devices. This work shows how to extend techniques beyond the Gaussian regime and measure higher-order magnetic noise cumulants in a local, spatially resolved way using spin qubits.

Researchers at Texas A&M University, in collaboration with Argonne National Laboratory, present a novel approach to storing and retrieving hard X-ray photons using nuclear frequency comb memory. Existing X-ray storage...

Harvard researchers enhanced quantum coherence, protecting fragile quantum information within qubits using mechanical vibrations—sound waves.

Infleqtion secured a $20 million NASA award to advance its Quantum Gravity Gradiometer Pathfinder Mission, bringing total program investment to $40 million.

Q-CTRL demonstrated GPS-free navigation using a quantum gravimeter in the Coral Sea, achieving one nautical mile positioning accuracy.

Jérôme Prieur, co-founder and CEO of AUREA Technology, presented the company’s vision for the photonic technologies required to move quantum communications from experimental demonstrations toward scalable industrial networks at the EPIC Technology Meeting on Photonics for Quantum Technologies, hosted at Fraunhofer HHI in Berlin on June 16, 2026. Future quantum networks will require higher photonic performance, compactness, reliability, interoperability and manufacturing scalability.

As quantum computing moves into commercial deployment, a skilled workforce is critical—specifically quantum technicians and engineers.

Researchers achieved non-destructive spectroscopy of a single molecular ion, enabling precise observation of its infrared vibrational transitions and potential for manipulating quantum states.

Sydney Quantum Academy’s event addressed the need to help more students envision quantum as a viable career, attracting over 500 attendees.

The Grainger College of Engineering will launch a new undergraduate minor in Quantum Information Science this fall, preparing students for a field predicted to be worth $2 trillion in the...