Scientists achieve breakthrough by successfully transmitting quantum data over standard fiber-optic internet cables for the first time, using a revolutionary Q-Chip that allows routers to navigate quantum signals without destroying them, proving quantum communications can operate on existing networks rather than requiring dedicated infrastructure.
MIT researchers develop SCIGEN, an AI tool that generates millions of quantum materials with exotic properties like Kagome lattice structures for quantum computing, successfully creating two new compounds with predicted magnetic characteristics.
Tech giants pump over $70 billion into the U.K. for AI and quantum computing initiatives as Trump and Starmer near landmark deal on technology collaboration.
In a groundbreaking partnership, Saudi Aramco and Google AI firm SandboxAQ use quantum computing to transform carbon emissions into profitable products, making fighting climate change lucrative for oil giants and accelerating the shift to cleaner energy.
The US government initiates an 'AI Manhattan Project' consolidating private sector resources and investing a fraction of GDP, aiming for a 2e29 FLOP training run by 2027, around 500 times larger than the most compute-intensive model to date and 10,000 times larger than GPT-4.
The University of California awarded $18 million to fund ambitious AI research projects in genomics, quantum materials, and geothermal energy, bringing together expertise from UC campuses and national labs to accelerate scientific breakthroughs and innovation at unprecedented scale.
Nvidia unveiled formidable new AI chips and personal 'supercomputers' at GTC 2025, projecting confidence amid headwinds like tariffs and competition, while exploring quantum computing and positioning its hardware for AI inference demand despite concerns about efficient models.
Nvidia's GTC 2023 promises groundbreaking revelations, with anticipated unveilings of next-gen AI chips Blackwell Ultra and Rubin for data centers, coupled with insights into the future of quantum computing integrated with GPUs, showcasing Nvidia's cutting-edge innovations in AI and high-performance computing.
As quantum computing threatens to break traditional cryptography by 2029, organizations must transition to quantum-proof cryptography, overcoming challenges like lack of replacement options, performance requirements, and knowledge gaps through crypto centers of excellence, metadata inventories, centralized policies, and crypto-agile development.
Apple's PQ3 introduces quantum-proof encryption for iMessage, combining post-quantum and classical cryptography in a hybrid design that self-heals from key compromises, providing unbreakable end-to-end encrypted messaging with the strongest protection against quantum attacks.