All 2,608 AI stories, newest first · page 39 of 109
MolmoMotion is a new AI model that can predict 3D movements based on text descriptions. It could revolutionize fields like robotics, gaming, and animation by making motion prediction more accessible.
Researchers introduced MemTrace, a new benchmark that evaluates AI long-term memory by tracking individual knowledge points across three controlled dimensions, rather than aggregating accuracy over independent question rows.
Google's AMIE AI system can now manage complex health conditions as well as primary care physicians. This breakthrough could make high-quality medical advice more accessible to everyone.
GLM-5.2 is a new open-source AI model designed to handle long-horizon tasks better than most. It's now available for anyone to use and build upon.
A Hacker News thread reveals how developers choose AI models for daily features like content generation and recommendations. Many focus on cost, speed, and ease of use over cutting-edge performance.
Researchers created a benchmark to test if AI models can handle complex executive decisions. The study simulates real-world leadership challenges, like balancing conflicting advice and managing resources under constraints.
Tech giants are lobbying for a comprehensive federal AI law that would override state-level regulations. While this could simplify compliance, critics warn it may weaken stronger state protections on issues like child safety and algorithmic bias.
Anthropic received a US export control directive on Friday to suspend access to its newly released models, Mythos 5 and Fable 5. The company is now in a tense standoff with the Trump administration, highlighting growing tensions over AI regulation.
A new study tests whether AI language models can discover fundamental mathematical concepts like zero without explicit training, exploring their ability to generalize beyond training data and hypothesize genuinely new mathematical structures.
Researchers developed an AI system that creates digital twins of patients to simulate treatments and optimize care in real-time while adhering to safety constraints. This approach could lead to more personalized and effective medical decisions.
OpenAI and Molecule.one demonstrated a near-autonomous AI chemist using GPT-5.4 that optimized a key reaction in medicinal chemistry. This breakthrough could accelerate drug development by autonomously planning, executing, and analyzing experiments.
A new study reveals that large language models (LLMs) overwhelmingly recommend well-known brands, creating a 'Conditional Monopoly' that could stifle competition. Researchers tested three major AI models with skincare products and found a clear bias toward established names, even when smaller brands might be just as good.
Researchers used AI coding agents to autonomously direct robots through complex tasks like installing GPUs and cutting zip-ties. This breakthrough could reduce the need for manual programming in manufacturing and other industries.
Researchers introduced a self-evolving AI agent that improves legal case searches by rewriting queries to boost BM25 performance without any parameter training. This could streamline legal research for professionals.
An AI agent is now hiring humans to handle tasks like shipping user-generated content (UGC) videos, paying them at rates competitive with AI services. This blurs the line between human and AI labor in the gig economy.
Researchers have proposed a new way to define good AI explanations, focusing on counterfactuals and user beliefs. This could help AI systems explain their decisions more clearly to everyday users.
Researchers have developed a new method called Telegraph English that compresses information for AI models while preserving meaning. This could make AI answers more accurate and efficient, especially for complex, multi-step questions.
Researchers have identified memory traces in AI models that behave similarly to biological memory units in human brains. This discovery could help us understand how AI learns and remembers, potentially improving future AI systems.
Scientists have created a method to measure how much AI agents trust each other, using a survival game where verification is costly. This could help design better teams of AI agents for complex tasks.
Researchers introduced PrologMCP, an open-source server that helps AI models solve complex problems by delegating deductive reasoning to Prolog. This could make AI systems more reliable for tasks requiring deep logical analysis.
A new research benchmark called PhoneHarness tests how well AI agents can handle real mobile tasks—combining app interfaces, device commands, and external tools. This marks a shift from simply predicting screen taps to completing entire workflows.
Researchers introduced OSGuard, a new benchmark to test if AI agents complete tasks safely. It checks for risky shortcuts that might bypass security or ethics rules.
OpenAI has developed Deployment Simulation, a method to predict how AI models will behave in real-world scenarios before they're released. This could make AI systems safer and more reliable for everyday users.
Researchers found that AI memory and skill modules don't always justify their cost. The study suggests that simpler approaches — such as using the same token budget for additional actor steps — can be just as effective or better for certain web-based tasks.