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Researchers at the University of Rochester have used physics-informed artificial intelligence to map the exact flow velocity of the brain's waste-clearing glymphatic system for the first time. The breakthrough reveals a dual-speed drainage blueprint where fluid moves 50 times faster across the brain's surface than through deep tissue, potentially unlocking early detection of neurological conditions like Alzheimer's disease and concussions.
The Department of Energy's Argonne National Laboratory has unveiled a new AI inference service built from spare supercomputing capacity to accelerate scientific discovery. The service provides researchers across DOE labs with secure, cloud-like access to large language models without relying on public platforms like ChatGPT, supporting critical work including the Genesis Mission.
North Korea conducted weapons tests featuring AI-guided precision cruise missiles, tactical ballistic missiles with special warheads, and artillery rockets under Kim Jong Un's supervision. The cruise missiles, equipped with automatic target recognition technology, are designed to strike targets at 100 km and will be deployed near the South Korean border, putting Seoul within range.
China now requires AI experts at private firms to secure government approval before traveling abroad. The restrictions target startup founders, researchers, and executives at companies like Alibaba and DeepSeek, marking an expansion beyond state institutions. Beijing aims to prevent intellectual property leakage as the performance gap with U.S. AI models shrinks to just 2.7%.
A crisis in academic integrity is unfolding as AI hallucinations contaminate scientific literature at an alarming rate. Over 146,000 fabricated references generated by AI tools entered research papers in 2025 alone, with the vast majority bypassing peer review. The surge has sparked heated debate after arXiv announced bans for authors who fail to verify AI-generated citations, prompting backlash from academics who argue the policy is too strict.
DeepSeek is pursuing a $10 billion funding round that could value the AI startup at $45 billion, with founder Liang Wenfeng telling investors the company will focus on artificial general intelligence rather than commercialization. The Hangzhou-based startup continues to offer open-source AI models and a free chatbot despite generating limited revenue, setting it apart from global AI leaders focused on monetization.
Researchers at Sylvester Comprehensive Cancer Center developed an AI-based tool that identifies immune-related signals in routine bone marrow biopsy slides to predict which newly diagnosed multiple myeloma patients will benefit most from specific therapies. The GigaTIME model analyzed 212 patients and found those with low CD16 levels had significantly better outcomes with daratumumab-based treatment.
Researchers at Mount Sinai's Icahn School of Medicine developed a Gene Set Foundation Model that learns gene function patterns across thousands of biological contexts. Inspired by ChatGPT, the AI model analyzes millions of gene groupings to reveal how genes collaborate in cells, potentially accelerating drug discovery and disease understanding.
The University of Lincoln earned a Silver Gilt medal at the Chelsea Flower Show for its RoboCrops exhibit, which uses AI and robotics to scan plant health. The system detects stress and disease invisible to the human eye, offering new solutions for global food security challenges.
Researchers at Helmholtz Munich and LMU developed MouseMapper, an AI framework that maps obesity damage throughout entire organisms at cellular resolution. The platform revealed widespread inflammation and previously unknown damage to facial sensory nerves, with molecular signatures confirmed in human tissue suggesting obesity-related nerve damage occurs across species.
Manchester-based biotech company Imperagen secured £5 million in seed funding to accelerate enzyme engineering using quantum physics-based simulations and AI modeling. The techbio spin-out from University of Manchester has already achieved 677x performance improvements for a Fortune 500 client, demonstrating how its closed-loop system could reshape pharmaceutical manufacturing and sustainable production.
OpenAI's reasoning model has disproved a famous geometry conjecture posed by Paul Erdős in 1946, marking the first time AI has autonomously solved a prominent open problem in mathematics. The planar unit distance problem, which stumped mathematicians for eight decades, was cracked by discovering arrangements that outperform the grid-based solutions Erdős believed were optimal.
Singapore has signed separate agreements with Google and OpenAI to strengthen its position as a global AI hub. OpenAI will invest over $234 million and establish an AI lab in the city, while Google's partnership focuses on healthcare, workforce development, and scientific research through its DeepMind lab.
A University of California San Diego study provides the first empirical evidence that AI passes the Turing Test. GPT-4.5 was judged human 73% of the time—more often than actual humans—fundamentally changing how we measure machine intelligence. The findings raise urgent questions about online trust and distinguishing between humans and AI in everyday digital interactions.
Researchers at Rutgers University developed an AI-powered method to measure pain by tracking invisible facial micromovements and heart rate variability. The study challenges traditional subjective pain scales by offering objective data for patients who cannot verbally express discomfort, including young children, stroke survivors, and individuals with dementia.
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