Taiwan’s development of its first quantum-classical hybrid computing platform faces delays due to a legislative budget impasse. Taiwan’s National Science and Technology Council (NSTC) proposed a US$345M budget for 2026, which has not yet entered legislative review, putting several flagship projects—including quantum computing infrastructure—at risk.
October 24, 2025, was a lucky day for quantum computing advancements in Ireland. Announcing a €36.9M in funding for 6 projects, the Irish Department of Enterprise, Tourism, and Employment set aside monies under the Disruptive Technologies Innovation Fund, or DTIF.
The Trump Administration’s FY 2027 R&D budget memorandum outlines key areas to bolster U.S. leadership. Quantum R&D priorities stand out as central, integrating with AI, energy, security, health, and space initiatives. The strategic focus aims to enrich American prosperity and safeguard against global competitors.
Residents on Chicago’s South Side express deep reservations about the planned quantum computing campus at the former U.S. Steel site. They cite inadequate community input, potential environmental hazards, and doubts over local job access. Supporters argue it could spark economic revival and position the city as a tech hub.
IonQ announced its intent to acquire Vector Atomic and completed the Oxford Ionics acquisition on September 17, 2025. These moves enhance IonQ’s quantum technology portfolio, integrating sensing, computing, and networking. Vector Atomic adds PNT expertise, while Oxford Ionics boosts scalable quantum systems. The deals solidify IonQ’s leadership in the quantum industry.
The UK-US Tech Prosperity Deal, announced on September 16, 2025, centers on a quantum computing partnership to revolutionize healthcare. By developing advanced quantum computers, the collaboration aims to speed up drug discovery and deliver life-saving treatments faster. A joint taskforce and industry exchange program will drive innovation across healthcare, defense, and finance. The partnership also fosters economic growth, with investments like IonQ’s new Oxford hub creating high-skilled jobs. This landmark deal positions both nations as leaders in quantum technology.
BTQ Technologies announces major endorsements for its Quantum Secure Stablecoin Network (QSSN). The U.S. Post-Quantum Financial Infrastructure Framework (PQFIF) highlights QSSN as a model for quantum-secure tokenized deposits. Meanwhile, QuINSA unanimously advances it as a global standards initiative.
The Trump administration emphasizes quantum sensing to strengthen U.S. national security and economic competitiveness. These sensors offer precise navigation and timing, addressing GPS vulnerabilities. Federal initiatives could deploy them within three years, but underinvestment and fragile supply chains threaten progress. Strategic action is needed to maintain America’s quantum edge. Timely investments will ensure leadership in the quantum era.
Launched in 2016, the Micius satellite, part of the Quantum Experiments at Space Scale (QUESS) project, has surpassed its two-year design life, remaining active in quantum communication experiments as of August 3, 2025. Despite its age, Micius continues to support groundbreaking quantum key distribution (QKD) and entanglement experiments. However, China’s plans for new quantum satellites may shift its role.