Artificial intelligence initiatives at argonne national laboratory
Argonne national laboratory is expanding its artificial intelligence research portfolio, from next generation supercomputing partnerships to urban digital twins and nuclear maintenance frameworks. A series of recent press releases and feature stories outlines how artificial intelligence is being integrated across scientific disciplines and large scale facilities.
Nvidia to build artificial intelligence GPUs on Intel foundry starting in 2028
Nvidia is planning to use Intel foundry nodes and packaging for parts of its 2028 ‘Feynman’ artificial intelligence GPU, while keeping most core logic on TSMC’s advanced process technology.
Google aluminium os leak reveals android based desktop plans
Google’s aluminium os leak points to an android based desktop platform running on x86 hardware, blending mobile roots with a more traditional pc style interface and deep Gemini artificial intelligence integration.
Call to renew the national quantum initiative for the Artificial Intelligence era
The article urges Congress to reauthorize the National Quantum Initiative to align United States quantum policy with the emerging convergence of quantum computing, accelerated computing and Artificial Intelligence. It argues that integrated quantum-GPU supercomputers and federal-scale infrastructure are essential to maintain scientific, economic and national security leadership.
Treating blindness, stratospheric internet, and Artificial Intelligence tools for science
A Boston startup is preparing the first human test of an age reversal technique to tackle eye disease, high altitude platforms may finally expand internet access to billions, and Artificial Intelligence is moving deeper into scientific writing and research infrastructure.
Why prompt injection demands hard security boundaries for Artificial Intelligence agents
A real-world espionage campaign using Anthropic’s Claude code shows how attackers can coerce Artificial Intelligence agents into offensive operations, exposing the limits of prompt-level defenses and the need for strict architectural controls.