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Ressearch AI is an AI-powered workspace aimed at enabling reproducible scientific research.
This paper introduces AutoResearchEval, an evaluation framework for AI agents in automated scientific research, revealing a critical lack of metacognitive abilities as a recurring failure pattern across models.
Physicists have advanced fluid theory by developing a new approach based on symmetries, extending beyond the Navier-Stokes equations and incorporating microscopic particle behaviors.
A study published in Nature Communications identifies imidazole propionate (ImP), a compound produced by gut bacteria, as a potential link between gut microbiome and Alzheimer's disease by weakening the blood-brain barrier and exacerbating amyloid beta and tau pathology.
The article details the history of neutrino detection experiments, from early work by Cowan and Reines to modern observatories like IceCube, highlighting the challenges and breakthroughs in capturing these elusive particles for scientific advancement.
This article likely presents a research study or map detailing the infrastructure of mycorrhizal networks, focusing on symbiotic relationships between fungi and plant roots.
Arcee.ai's Trinity-Mini (26B) was post-trained by Loka in collaboration with PrimeIntellect and AWS to become an agentic harness for scientific research, enabling multi-step workflows and tool coordination.
Reactorfield AI launches a 4-week fellowship to help scientists and deep-tech teams adopt AI agents in their workflows, with sessions from frontier AI labs and forward-deployed engineer support.
OpenAI announces commitments to support U.S. national science through the Department of Energy's Genesis Mission, providing API access, Codex credits, and early model access to researchers at National Laboratories.
Anastasia Gamick, president and co-founder of Convergent Research, discusses how to identify and prioritize high-impact scientific research using the Focused Research Organization (FRO) model, which applies startup principles to R&D projects that are too engineering-heavy for academia and too public-good for industry.
Veritas is a general-purpose replication tool that uses CLI coding agents to automatically replicate scientific research from papers and code, extracting claims and evaluating them, achieving state-of-the-art performance on benchmarks.
An open-source tool called Claude Science has been built that takes a scientific goal and runs autonomously in a loop, supporting multiple AI models and local fine-tunes.
Claude Science is a new application for the complete scientific research workflow, supporting code traceability, environment management, and connectivity to over 60 databases. Beta testing is now open.
Anthropic launched Claude Science, a flagship product for scientific research that can autonomously carry out tasks in computational biology and drug development, signaling a major bet on AI for science.
Anthropic has launched Claude Science, an AI workbench for scientists with over 60 built-in research skills. It supports local deployment and HPC clusters, and can autonomously draft computing tasks and review results.
Anthropic launched Claude Science, a new flagship product for autonomous scientific research in computational biology and drug development, available to all paid Claude subscribers.
Anthropic launches Claude Science, a new app for researchers that integrates scientific databases and allows on-demand environment management, demonstrated by quickly generating peptides via LigandAI.
Anthropic launched Claude Science, an AI workbench that provides scientists with a unified environment for computational research, including connections to over 60 databases and prebuilt toolkits, without introducing a new AI model.
The article reports on a Scientific American special section featuring MIT faculty who advocate for curiosity-driven science as a key driver of America's success and call for sustained public investment in research.
The NAIRR pilot program, powered by NVIDIA AI infrastructure, has supported over 700 research projects, including the development of the Walrus foundation model for fluid simulations and the MIST molecular foundation models for energy storage.