1100 stories tagged Research · page 27 of 46
Researchers created a new memory system called AURA that helps robots learn efficiently without needing high-end VRAM. This could make robots smarter and more adaptable in real-world settings.
A new study reveals that many AI models demonstrate more environmentally conscious attitudes than the average person. Researchers tested 31 AI models using standard environmental awareness surveys. This could impact how AI is used in sustainability efforts.
A new study reveals that AI models can sometimes hurt their own performance by overthinking. Researchers from ArXiv cs.AI found that once a large reasoning model (LRM) reaches the correct answer, additional reasoning does not improve the response and can lead to new errors. This challenges the common assumption that longer reasoning always yields better results.
New research from MIT and Stanford shows that multi-agent AI debate can significantly boost data-cleaning accuracy in some contexts while introducing harmful errors in others. The key insight: debate improves error detection but can degrade data generation. Here's what to watch for.
A study reveals that AI coding assistants face challenges when they take over tasks from other agents or humans. This 'handoff debt' creates inefficiencies in real-world software development.
Researchers developed TIGER, a new AI system that improves accuracy in multimodal generation by tracking and correcting factual errors. This could make AI-generated images and text more reliable for everyday users.
Researchers developed TCAR-Gen, an AI system that retrieves and combines evidence from historical criminal cases to answer complex questions. This advancement improves how AI handles temporal reasoning and evidence fusion, making it more reliable for detailed queries.
Researchers have developed a quantum-native architecture called the Universal Quantum Transformer (UQT) that can handle exact mathematical symmetries better than classical AI. This could lead to more stable and efficient AI systems in the future.
A new paper identifies critical weaknesses in AI systems that make high-stakes decisions. These systems often fail to account for real-world changes, leading to unexpected and potentially dangerous outcomes. The researchers propose new ways to evaluate and improve these systems.
Researchers developed a new way to train AI agents for strategic games by delaying reward attribution so that the quality of an action can consider future events and other players' moves.
Researchers created a system where AI models argue like a panel of specialists, turning disagreements into better answers. This could make AI more reliable for complex questions.
Researchers have developed a new protocol to help AI agents work together more effectively. This could make AI systems better at sharing and verifying information, which is crucial as they become more integrated into our daily lives.
Researchers created a new way to test AI's reasoning skills using interactive games. This method evaluates how well AI can gather information, adapt, and make decisions—just like solving a mystery.
Researchers introduced Grokers, an AI system that builds structured understanding of knowledge graphs by analyzing data upfront. This could make AI interactions faster and more accurate for complex queries.
Researchers developed a new AI system that combines traditional data analysis with language models to predict heart disease risk. This hybrid approach could make early diagnosis faster and more accurate.
Researchers developed a new AI system called ATOM that uses multiple specialized agents to explore different paths for designing molecules. This could lead to faster discovery of new drugs and materials by balancing conflicting goals more effectively.
Researchers created AbaqusAgent, a multi-agent AI system that automates finite element analysis (FEA) for engineering. This could make advanced simulations accessible to non-experts, speeding up product design and reducing errors.
Scientists developed a new method to spot mistakes in AI test data. Their approach finds likely errors with 95% precision in the top 200 examples across seven benchmarks, improving how we evaluate AI performance.
A new study reveals that watermarks used to detect AI-generated text can be easily removed by combining outputs from multiple models. This finding has significant implications for AI content verification and copyright protection.
Scientists developed a new AI model called CSRM that can be quickly adjusted to meet changing safety requirements. This could help AI systems better adapt to new rules and regulations as they evolve.
Researchers developed PhyDrawGen, an AI system that generates physics diagrams from text while respecting physical laws. Unlike previous tools, it doesn't make common mistakes about forces or geometry. This could help students and teachers create precise diagrams for learning and teaching physics.
Scientists found that AI models often predict realistic-looking but physically impossible outcomes. They propose a new approach that focuses on understanding real-world physics to make AI more reliable.
Scientists studied how AI agents update their own tools and strategies. They found that not all AI models benefit equally from these self-improvements, even if they're good at their original tasks.
Researchers introduced PReMISE, a framework that uses pairwise human-preference data to discover policy-level rubric sets and audit LLM judges, ensuring AI scores align with human preferences and avoiding misleadingly polished but factually incorrect responses.