Latest AI (Artificial Intelligence) News
ORLCF's 2025 Review Highlights AI-Driven Scientific Advances
High-performance computing and AI accelerated discoveries in cellular machinery simulation, quantum integration, and fusion design using ORNL supercomputers. Frontier enabled modeling of neutron-star matter and quark-gluon configurations.
New AI supercomputers Discovery and Lux were introduced for AI-driven innovations in energy and medicine.
ORBIT-2 AI Model Wins Best Paper for Ultra-High-Resolution Weather Forecasting
ORNL researchers trained ORBIT-2 on Frontier, achieving 99% accurate doorstep-level forecasts in milliseconds. This surpassed prior limits, earning a Gordon Bell nomination and Best Paper at Supercomputing 25.
Kolmogorov-Arnold Networks Enhance AI Interpretability in Physics
KANs bridge AI and scientific discovery by revealing interpretable physical laws from data, unlike black-box models like AlphaFold. They discovered Lagrangians, symmetries in black holes, and material stress-strain relations with extreme precision.
KANs decompose functions for better scalability in curiosity-driven research.
MIT's AI-Developed Antibiotics Combat Drug-Resistant Bacteria
Generative AI designed over 35 million compounds, identifying novel antibiotics against drug-resistant infections. These structurally unique candidates advance beyond existing drugs.
MIT Periodic Table Maps Machine Learning Algorithms
Researchers created a framework linking over 20 ML algorithms by data relationships, aiding fusion of methods for improved AI models.
AI Revolutionizes Pharma Drug Discovery Speed
AI screens millions of molecules to predict binding and toxicity, reducing hit identification from years to rapid analysis. Cambridge team used AI for disordered proteins like amyloid beta, identifying stabilizing compounds.
Neanderthalin-1 and novel antibiotics treated infections in mice.
2025: AI Ushers in Future of Medicine with Digital Cures
Insilico Medicine advanced AI-discovered drugs to final human trials; generative AI cuts development by 25-30%. AI enables digital embryology and early disease detection via silent signals.
Hospitals like AdventHealth use AI for care coordination across thousands of beds.
Quantum and AI Convergence Accelerates Healthcare
AI improves diagnostics and efficiency, but quantum models molecular interactions for better drug discovery and early detection. Pilots like IBM-Cleveland Clinic and Moderna-IBM show hybrid workflows reducing timelines.
Quantum sensing and secure comms enhance AI capabilities.
MIT Concrete Batteries Powered by AI Research
AI-related materials science at MIT developed electron-conducting carbon concrete for energy storage in structures.
AI Embeds Subtly into Everyday Life in 2025
AI marked a turning point, integrating quietly into ordinary routines with unprecedented subtlety.
Ozone Recovery and AI in Environmental Science
AI contributes to confirming Antarctic ozone healing from CFC reductions, alongside other MIT advances.