Quantum News Daily Roundup by QuantumWay | August 25, 2026

Amity Launches New York Research Hub to Strengthen India–US Technology Collaboration

Amity Global Research Hub (AGRH) was inaugurated at the Consulate General of India in New York on August 21, 2026, under the theme “Shaping the Future through Emerging Technologies.” The initiative aims to strengthen collaboration between India and the United States by connecting universities, researchers, industry, innovators and entrepreneurs.

AGRH will promote joint research, knowledge exchange and technology-driven solutions across emerging fields including artificial intelligence, quantum technologies, advanced materials, biotechnology, healthcare, cybersecurity, space and clean technologies. Representatives from Rutgers University, Georgia Institute of Technology, CUNY, Long Island University, Albert Einstein College of Medicine and the National Cancer Institute participated in discussions on future partnerships.

Amity leaders highlighted the Hub’s focus on multidisciplinary research and opportunities for young researchers, students and innovators. Located in New York, AGRH seeks to connect India’s growing research capabilities with the US academic, scientific and entrepreneurial ecosystem, supporting innovation and global technology partnerships.

Source: Amity Global Research Hub

Can a Biologist Unlock the Future of Quantum Sensing?

Biologist Keith Hengen of Washington University in St. Louis is applying insights from brain science to advance next-generation quantum sensors. Hengen joined physicist Whitney Armstrong of Argonne National Laboratory as co-principal investigator of a U.S. Department of Energy-funded project, “Superconducting Polychronous Computation Near Criticality,” which received $750,000 through the Genesis Mission.

The research focuses on criticality a state between order and chaos where information processing can be highly efficient. Hengen’s work suggests that the brain continuously adjusts itself toward criticality to optimize learning and information processing. The team believes quantum sensors could similarly improve accuracy and energy efficiency by operating near a critical point and potentially self-tuning.

The project will study superconducting nanowire single-photon detectors (SNSPDs), which detect individual photons and are important for photonic quantum technologies. Initial theoretical and computational work is expected to take about nine months, followed by chip development and experimental testing.

Source: Washington University in St. Louis – Ampersand

Xanadu and Mitsubishi Chemical Advance Quantum Computing for EUV Lithography

Xanadu Quantum Technologies and Mitsubishi Chemical are expanding their collaboration to apply quantum computing to extreme ultraviolet (EUV) lithography, a critical technology for manufacturing advanced semiconductor chips used in AI, mobile devices and high-performance computing. Their first phase demonstrated that quantum algorithms can accurately simulate key optical properties of EUV photoresist materials. The new phase aims to develop a production-ready workflow integrating quantum-derived parameters into Mitsubishi Chemical’s multi-scale models to predict radiation-induced blur, a major challenge in EUV fabrication. The partners ultimately seek to create a fault-tolerant quantum computing (FTQC)-ready software pipeline capable of identifying materials that reduce blur and improve semiconductor manufacturing performance. The project is supported by Canada’s NRC IRAP and Japan’s Strategic Innovation Promotion Program (SIP), with involvement from AIST and G-QuAT. The Japan-Canada partnership highlights growing efforts to translate quantum simulation into practical industrial applications and accelerate quantum-driven materials discovery.

Source: The Quantum Insider

GSA Accelerates U.S. Shift to Quantum-Resistant Security

The U.S. General Services Administration (GSA) is accelerating efforts to protect federal digital identity and physical access systems from future quantum computing threats. Under OMB Memorandum M-26-15, GSA will help coordinate the governmentwide migration to post-quantum cryptography (PQC), which is designed to withstand attacks from powerful quantum computers capable of breaking some current encryption methods.

GSA is modernizing its Federal Identity, Credential, and Access Management (FICAM) architecture to support quantum-resistant algorithms and improve “crypto agility,” allowing systems to adapt as security standards evolve. Its Physical Access Control System (PACS) laboratory is also expanding testing to evaluate quantum-resistant technologies for federal employee identification cards, badges and building access systems.

The agency has established an interagency working group involving 40 participants from 17 federal agencies. GSA will also host the 2026 Post-Quantum Cryptography Summit to advance collaboration among government, industry and cybersecurity experts.

Source: U.S. General Services Administration (GSA), GSA Outlines Transition to Quantum-Resistant Technology, August 2026.

Sitehop Launches National Security Unit to Protect Legacy Defence Networks

UK-based post-quantum cybersecurity company Sitehop has launched a national security unit aimed at protecting ageing defence networks used by the UK and its Five Eyes allies. The initiative addresses growing cyber risks from artificial intelligence and quantum computing, particularly for legacy equipment that cannot easily be upgraded to modern cryptographic standards.

Sitehop says its approach secures existing infrastructure at the network layer without requiring replacement or modification of underlying systems. Its hardware-based technology uses reprogrammable hardware instead of conventional software stacks, reducing potential vulnerabilities created by multiple software layers. The company’s SAFEcore Edge is designed to protect operational technology networks and incorporates tamper resistance that can erase sensitive data if the device is compromised.

Built entirely in the UK, Sitehop says its technology provides allied governments with a sovereign cybersecurity option while addressing supply-chain security concerns. The company also highlights deployments and trials with telecommunications and retail organisations.

Source: The Quantum Insider

India Eyes Leadership in 6G and Quantum Technologies

India has a significant opportunity to shape the future of 6G, quantum communications and quantum security, Minister of State for Communications Chandra Sekhar Pemmasani said at C-DOT’s 43rd foundation day. He stressed that India should not merely adopt international standards but actively contribute to developing them. C-DOT unveiled nearly 14 quantum products as part of the country’s next-generation technology push. India has already contributed to the ITU’s IMT-2030 framework, including proposals for ubiquitous connectivity, coverage, interoperability and sustainability in 6G. The government is also supporting Indian participation in global standards bodies such as 3GPP, ITU and oneM2M. Pemmasani highlighted India’s indigenous 4G achievement, with a TCS-led consortium deploying the technology at 100,000 BSNL sites and serving 22 million subscribers. He urged C-DOT to accelerate commercialization, develop globally competitive products and reduce the gap between invention and implementation.

Source: ETTelecom – India can create impact in 6G, quantum domains

Finnish Game Studio MiTale Explores Quantum Computing for Game Development

Finnish independent game studio MiTale is exploring how quantum computing could transform commercial game development through its upcoming post-apocalyptic role-playing game, C.L.A.Y. – The Last Redemption. The studio is experimenting with quantum circuit simulations to influence narrative dynamics, procedural environment generation and selected visual effects, aiming to create more personalized and unpredictable player experiences.

MiTale has been researching quantum computing for games since 2019, including work with IBM Qiskit and integration with game-development platforms. Its longer-term ambition is to incorporate real quantum hardware as the technology becomes more accessible.

Beyond C.L.A.Y., MiTale has contributed to projects such as Quantum Playground and QWiz, which use interactive experiences to explain or explore quantum concepts. The studio is also developing Naviqate to help conventional game developers experiment with quantum functionality.

C.L.A.Y. – The Last Redemption will be showcased at Gamescom 2026 in Cologne, August 26–30.

Source: The Quantum Insider, August 25, 2026

New Mexico Invests $3 Million to Strengthen Quantum Innovation

New Mexico is investing $3 million in the University of New Mexico’s Quantum New Mexico Institute (QNM-I) to expand quantum research, develop a skilled workforce and accelerate commercialization. The funding, provided through Economic Development New Mexico, will strengthen university research by supporting the recruitment of leading faculty, researchers and students.

The initiative will also expand quantum education and outreach for educators, high school students and university students, helping prepare the state’s future quantum workforce. A major focus is commercialization, with programs supporting entrepreneurship, university-industry partnerships, intellectual property development, workshops, bootcamps and accelerators designed to move discoveries from laboratories into real-world applications.

The investment forms part of New Mexico’s broader plan to commit more than $450 million toward quantum research, infrastructure, workforce development and commercialization. State and university leaders say the strategy aims to create new companies, jobs and technological opportunities while positioning New Mexico as a major global hub for quantum innovation.

Source: The Quantum Insider, August 25, 2026.

U.S. Treasury Launches Quantum-Readiness Task Force

The U.S. Department of the Treasury has launched a Quantum-Readiness Task Force to help the financial sector prepare for cybersecurity risks posed by future quantum computing. Announced on August 24, 2026, the initiative follows President Donald J. Trump’s Executive Order 14412 and supports the transition to post-quantum cryptography (PQC) to protect sensitive financial data, payment systems, digital identities, and critical market infrastructure.

The public-private initiative will bring together government agencies, financial institutions, market infrastructures, technology providers, and other industry leaders. Its three workstreams focus on PQC transition and sector alignment, third-party and vendor readiness, and digital assets and emerging technology risks.

The task force will promote practical, risk-based measures, including identifying critical dependencies, improving cryptographic agility, strengthening interoperability and operational resilience, and addressing technology supply-chain challenges. Treasury officials and industry leaders emphasized that quantum readiness is now a present-day cybersecurity priority rather than a distant concern.

Source: U.S. Department of the Treasury

Japan’s “Shunkai” Neutral-Atom Quantum Computer Becomes Operational

Japan has reached a significant milestone in quantum computing with the launch of “Shunkai,” its first operational full-stack neutral-atom quantum computer. The system was developed through the Japan Science and Technology Agency’s Quantum Moonshot Program, with Infleqtion providing the quantum processing unit in collaboration with Professor Kenji Ohmori’s team at the Institute for Molecular Science.

Initially designed to operate with around 50 qubits, Shunkai is planned to scale toward approximately 500 qubits. The next phase aims to improve system integration, stability and scalability, ultimately targeting a 10,000-physical-qubit fault-tolerant quantum computer with quantum error detection and correction.

The platform is also expected to become available to external users, supporting research and application development across academia and industry. The milestone strengthens Japan’s position in scalable quantum computing and highlights the potential of neutral-atom architectures for building high-performance, fault-tolerant quantum systems.

Source: Infleqtion, August 24, 2026; Institute for Molecular Science (IMS), Japan.

EuroHPC JU Launches Six New Quantum Technology Calls

The European High-Performance Computing Joint Undertaking (EuroHPC JU) has launched six new calls to accelerate Europe’s quantum technology capabilities, with a combined indicative budget of €119 million. The initiatives target major areas including trapped-ion, superconducting and neutral-atom quantum computing, next-generation quantum key distribution (QKD), quantum testing infrastructure, and experimental pilot production lines.

Three computing calls aim to develop scalable processors, including systems targeting 1,000 physical qubits and, for neutral-atom platforms, pathways toward 10,000 qubits. The QKD initiative focuses on higher key rates, regional-scale networks and hybrid quantum-classical security combining QKD with post-quantum cryptography.

Other calls will establish open-access European testing and certification facilities and bridge laboratory research with scalable manufacturing. All six calls opened on 13 August 2026, with applications due 17 November 2026.

Source: European High-Performance Computing Joint Undertaking (EuroHPC JU)

Nations at the Quantum Table: The Global Quantum Race Accelerates

Quantum computing is rapidly becoming a strategic priority for governments, moving beyond academic research into national security, industrial policy, and economic competition. Since mid-2025, the United States, UK, Japan, and Canada have committed billions to quantum computing, sensing, communications, and cybersecurity. Meanwhile, Singapore, the Netherlands, Australia, and Israel are pursuing targeted strategies to build expertise and secure positions in critical quantum technologies.

The push is driven by improving hardware, concerns over “harvest now, decrypt later” attacks, and growing competition among major powers. Governments are also focusing on post-quantum cryptography, talent shortages, supply-chain security, and domestic capabilities.

Former Israeli Prime Minister Naftali Bennett argues that quantum computing is increasingly a matter of national sovereignty, particularly because future quantum machines could undermine existing encryption.

The emerging race is therefore not simply about building the most powerful quantum computer. Partnerships, talent, supply chains, infrastructure, and cryptographic readiness may ultimately determine which nations benefit and which are left behind.

Source: The Quantum Insider - “Nations at the Quantum Table,” August 24, 2026.

Lithuania Emerges as NATO’s Precision Photonics Capital

Lithuania is emerging as a major NATO hub for precision photonics, driven by 60 years of laser research, a highly skilled workforce, and a defence-focused technology ecosystem. Vilnius is now home to more than 60 laser and photonics companies and thousands of specialists, with the sector growing around 16% annually. The United States is Lithuania’s leading laser export market, highlighting international confidence in its technology.

The country’s advantage comes from decades of scientific continuity dating to 1966, when researchers at Vilnius University built Lithuania’s first laser. Companies such as Ekspla and Light Conversion later commercialized this expertise and helped establish a domestic precision-manufacturing supply chain.

Growing regional security concerns have accelerated the sector’s defence applications. Companies including Aktyvus Photonics are adapting industrial laser expertise for military targeting and tactical drone systems. Its revenue reportedly increased from €402,000 in 2023 to €3.8 million in 2025.

Lithuania’s combination of deep scientific expertise, agile companies, and defence urgency is positioning it as a significant photonics supplier within NATO.

Source: The Quantum Insider

IonQ’s Skyloom Reaches 84 On-Orbit Optical Communications Terminals

Skyloom Global, an IonQ company specializing in space-based optical communications, has reached 84 optical communication terminals (OCTs) installed on orbit following the latest deployment aboard York Space Systems satellites. The satellites launched on July 16, 2026, on a SpaceX Falcon 9 from Vandenberg Space Force Base, supporting the U.S. Space Development Agency’s (SDA) Proliferated Warfighter Space Architecture (PWSA).

The latest deployment builds on OCTs launched during SDA’s first Tranche 1 mission in September 2025, creating one of the largest operational laser-communications footprints in low-Earth orbit. IonQ says its U.S.-built terminals are designed to enable secure, high-throughput and low-latency communications for resilient space-based networks.

The deployment also advances SDA’s goal of completing the Tranche 1 Transport Layer constellation, providing interoperable communications capabilities for national-defense missions and future data-rich space networks.

Source: IonQ

IonQ Expands Board with Technology and Finance Leaders

IonQ has appointed Dr. Eric Ball and Timothy Baxter to its Board of Directors as the quantum technology company prepares for its next phase of growth and expansion. Announced on August 25, 2026, the appointments add extensive expertise in technology finance, corporate strategy, semiconductor manufacturing, and global technology leadership.

Dr. Eric Ball brings nearly four decades of senior financial experience, including leadership positions at AT&T, Cisco, Flextronics, and Oracle. During his decade as Oracle’s Senior Vice President and Treasurer, he arranged $52 billion in financing and participated in more than 100 acquisitions.

Timothy Baxter, former Chairman of SkyWater Technology, has more than 40 years of technology-industry leadership experience, including senior roles at AT&T, Sony, and Samsung, where he became CEO of Samsung North America. He has helped launch technologies including 5G, HDTV, and Blu-ray.

IonQ says the appointments will strengthen its leadership as it scales quantum manufacturing and integrates computing, networking, sensing, and security capabilities.

Source: IonQ

Pasqal and Eleven Ventures Launch Quantum-AI Joint Venture in Saudi Arabia

Pasqal and Saudi Arabia-based investment platform Eleven Ventures have announced a commercial joint venture to deploy, commercialize and scale Pasqal’s neutral-atom quantum computing systems across Saudi Arabia and the broader Middle East and North Africa (MENA) region. The partnership plans to deploy multiple quantum systems in the coming years while developing local technical talent and expertise.

The initiative supports Saudi Arabia’s Vision 2030 ambitions in artificial intelligence, advanced computing and emerging technologies, with the goal of positioning the Kingdom as a regional hub for quantum technology. HRH Prince Abdulaziz Bin Turki Bin Talal, founder of Eleven Ventures, will serve as Chairman of the Board of Pasqal Arabia.

The announcement coincides with Saudi Arabia’s State Visit to France and highlights growing bilateral cooperation in quantum computing and advanced technologies. Pasqal CEO Dr. Wasiq Bokhari said the venture will bring quantum systems directly into the Kingdom, while Eleven Ventures emphasized building regional quantum capabilities and talent.

Source: Pasqal

Sweden Sets 2036 Deadline for National Quantum Technology Strategy

Sweden has launched its first national quantum technology strategy, setting a 2036 target to strengthen research, commercialization, skills, security and international cooperation. The plan covers quantum computing, simulation, sensing and communications, aiming to transform Sweden’s strong research base into a coordinated national quantum ecosystem.

A major focus is closer collaboration among universities, industry and government, alongside improved access to investment and a larger skilled workforce. The Wallenberg Centre for Quantum Technology (WACQT) is developing a domestic superconducting quantum computer, with a goal of reaching 100 qubits by 2029.

Cybersecurity is another priority. Sweden is preparing for future quantum computers that could threaten current encryption, emphasizing migration to post-quantum cryptography and consideration of quantum key distribution. The strategy also highlights workforce development, STEM education and partnerships with the United States, EU, Nordic countries and NATO.

Overall, Sweden views quantum technology as strategically important for economic competitiveness, cybersecurity, defense and technological sovereignty.

Source: The Quantum Insider

University of Göttingen Researchers Map Molecular Wave Functions in 3D

Researchers at the University of Göttingen have developed a new method to map the three-dimensional wave function of electrons in nanometer-sized organic molecules. Published in Nature Communications, the technique combines high-precision photoelectron spectroscopy with advanced computer algorithms to reconstruct molecular orbitals at a resolution finer than the distance between two carbon atoms.

Unlike previous approaches that required large synchrotron facilities, the new method uses a laboratory-scale source producing ultrashort soft X-ray pulses. A redesigned algorithm also enables reliable 3D images from significantly less measurement data.

The researchers say the breakthrough could lead to “stroboscopic” imaging of molecular wave functions, capturing how they change on femtosecond timescales. Such capability could help scientists understand and control molecular responses to optical, electronic, and chemical stimuli, potentially opening new possibilities for atomic-scale control of chemical processes.

Source: University of Göttingen / Nature Communications — Bennecke et al., “Table-top three-dimensional photoemission orbital tomography with a femtosecond extreme ultraviolet light source” (2026). DOI: 10.1038/s41467-026-74308-1

New Guidance Sets Benchmark for True Quantum-Safe Security Readiness

The Trusted Computing Group (TCG) has released new guidance to help organizations determine whether electronic devices genuinely meet Post-Quantum Cryptography (PQC) security requirements. The guidance establishes clear benchmarks for evaluating vendors’ claims and identifying TPMs that provide comprehensive, end-to-end quantum-safe protection.

TCG identifies PTP 1.07 as the baseline for a PQC-ready Trusted Platform Module (TPM), supporting quantum-safe cryptographic capabilities for identities, attestation, platform integrity and hardware-anchored trust. It also introduces two transition categories: “TCG PQC-ready TPM” for TPMs already implementing PTP 1.07, and “TCG PQC-upgradable TPM” for platforms capable of adopting the standard through future upgrades.

The initiative is particularly significant as organizations prepare for long-term security risks, with key credentials and firmware measurements potentially requiring protection for decades. TCG also plans to expand certification programs for PQC-ready TPMs.

Source: Trusted Computing Group (TCG)