News/Science
Symposium simulacrum: Stanford researcher launches first AI-only science conference
Stanford computer scientist James Zou is launching Agents4Science, a controversial academic conference where AI systems will research, write, review, and present all scientific work. The October event represents the first systematic attempt to evaluate whether AI can function as autonomous scientists, potentially accelerating discovery while raising fundamental questions about the future of human expertise in research. What you should know: The conference requires AI to be the primary author on all submissions, with other AI systems handling peer review and text-to-speech presentations. All research areas are welcome, from physics to medicine, as long as AI conducted most of the work...
read Aug 21, 2025Chan Zuckerberg Initiative launches rBio AI model for virtual cellular biology simulations
The Chan Zuckerberg Initiative launched rBio on Thursday, the first AI model trained to reason about cellular biology using virtual simulations rather than expensive laboratory experiments. This breakthrough could dramatically accelerate biomedical research by allowing scientists to test biological hypotheses computationally before committing resources to costly lab work, potentially flipping the traditional paradigm where 90% of biology research happens experimentally. The big picture: rBio addresses a fundamental challenge in applying AI to biological research by creating the first conversational AI system that can answer complex biological questions in plain English while being grounded in rigorous scientific data. Traditional biological foundation...
read Aug 20, 2025AI pioneer Warren Brodey, early MIT cybernetics researcher, dies at 101
Warren Brodey, a psychiatrist-turned-technology visionary who helped lay the groundwork for artificial intelligence, died at his home in Oslo on August 10 at age 101. His interdisciplinary work on complex systems and responsive technologies during the early information age influenced revolutionary thinkers like Marvin Minsky and helped shape the theoretical foundations that would later evolve into modern AI research. What you should know: Brodey's unconventional career spanned psychiatry, technology theory, and cybernetics research across multiple decades and continents. He formally trained as a physician but developed wide-ranging ideas about technology's liberating possibilities that sprawled across architecture, toy design, acoustics, and...
read Aug 20, 2025NASA and IBM’s AI model predicts solar flares 16% better than standard methods
NASA and IBM have developed an AI model called Surya that can predict what the sun will look like hours into the future, including the appearance of potentially dangerous solar flares. The breakthrough could provide crucial early warnings for space weather events that threaten satellites, power grids, and astronauts, with the model showing 16% better accuracy than standard machine learning approaches in predicting solar flares within 24 hours. How it works: The Surya model was trained on nine years of ultra-high-resolution solar imagery from NASA's Solar Dynamics Observatory, which captures the sun in 13 different wavelengths. The AI learned to...
read Aug 15, 2025Anthropic bans Claude from helping develop CBRN weapons
Anthropic has updated its usage policy for Claude AI with more specific restrictions on dangerous weapons development, now explicitly banning the use of its chatbot to help create biological, chemical, radiological, or nuclear weapons. The policy changes reflect growing safety concerns as AI capabilities advance and highlight the industry's ongoing efforts to prevent misuse of increasingly powerful AI systems. Key policy changes: The updated rules significantly expand on previous weapon-related restrictions with much more specific language. • While the old policy generally prohibited using Claude to "produce, modify, design, market, or distribute weapons, explosives, dangerous materials or other systems designed...
read Aug 14, 2025Margaret Boden, pioneering AI philosopher, dies at 88
Margaret Boden, a pioneering British philosopher and cognitive scientist who used computational concepts to explore human thought and creativity, died on July 18 at age 88 in Brighton, England. Her groundbreaking work helped establish cognitive science as a field and offered prescient insights about artificial intelligence's possibilities and limitations, shaping philosophical conversations about human and machine intelligence for decades. What you should know: Boden was a trailblazing academic who helped establish the University of Sussex's Center for Cognitive Science in the early 1970s, bringing together interdisciplinary researchers to study the mind. She produced influential books including "The Creative Mind: Myths...
read Aug 14, 2025AI helps discover 248 new Nazca Lines in Peru, accelerating archaeology 16x
An international research team led by Japan's Yamagata University and IBM has discovered 248 new geoglyphs among Peru's famous Nazca Lines using artificial intelligence, bringing the total count to 893 known designs. The breakthrough demonstrates how AI is revolutionizing archaeological research, accelerating discovery rates by 16 times compared to traditional methods and revealing intricate details about ancient Nazca civilization practices, including previously unknown depictions of human sacrifice rituals. The big picture: AI has fundamentally transformed the pace of archaeological discovery in the Nazca Desert, where researchers had identified only 430 geoglyphs over nearly a century of study.• Prior to AI...
read Aug 14, 2025Token for your thoughts? Brain interface decodes imagined speech with 74% accuracy in paralyzed patients
Stanford researchers have developed a brain-computer interface that enables people with paralysis to generate spoken words simply by imagining speech, rather than attempting to physically speak. The breakthrough offers a less effortful alternative to existing systems that require users to actively try speaking, potentially making communication restoration more comfortable for paralyzed patients. How it works: The system uses implanted microelectrodes in the motor cortex to decode brain activity when users imagine speaking words or sentences. Four participants with severe paralysis from ALS (a degenerative nerve disease) or brainstem stroke had electrodes previously implanted for research purposes. Researchers found that brain...
read Aug 11, 2025Cleveland Clinic partners with Piramidal to monitor brain health in real time
The Cleveland Clinic is partnering with San Francisco-based startup Piramidal to develop an AI foundation model that monitors patients' brain health in intensive care units using electroencephalogram (EEG) data. The system aims to interpret continuous streams of brain wave data and flag abnormalities in seconds, potentially transforming how doctors detect neurological issues in critically ill patients. Why this matters: Current EEG monitoring in ICUs requires manual review that can take two to four hours for a day's worth of data, with reports generated only every 12 to 24 hours—delays that could prove critical for patients experiencing seizures or declining brain...
read Aug 6, 2025AI Underwater adhesive achieves 10x stronger bonds in seawater
Researchers have developed a groundbreaking underwater adhesive that maintains its stickiness even when submerged in seawater, achieving adhesion strength 10 times greater than existing soft materials in similar conditions. The breakthrough combines analysis of 24,000 natural protein sequences with AI-driven material design, potentially transforming everything from deep-sea robotics to surgical procedures. How it works: Scientists at Shenzhen University and Hokkaido University analyzed sticky protein sequences from thousands of organisms to identify the most effective amino acid combinations for adhesion.• The team created 180 different types of adhesive hydrogel (a stretchy, soft material) based on their protein analysis findings.• They then...
read Aug 5, 2025NSF invests $100M in AI-powered cloud labs for scientific research
The U.S. National Science Foundation announced a new funding opportunity that will invest up to $100 million to create a network of "programmable cloud laboratories" nationwide. These AI-enabled facilities will allow researchers to remotely access cutting-edge technology to automate scientific discovery and innovation, directly implementing a priority from the White House AI Action Plan. What you should know: The NSF PCL Test Bed initiative will establish artificial intelligence-enabled laboratories that can be remotely accessed to run custom, user-programmed AI workflows. The program will be led by NSF's Directorate for Technology, Innovation and Partnerships (NSF TIP) and is subject to future...
read Aug 4, 2025Monkey brain, explained: Chinese researchers build AI system with 2B neurons to mimic macaque neurology
Chinese researchers at Zhejiang University have created the Darwin Monkey, an AI system that models a macaque's brain using 960 specialized chips with over 2 billion artificial neurons and 100 billion synapses. The project represents the world's largest neuromorphic computer and marks a significant step toward brain-inspired computing that could revolutionize AI efficiency and capabilities. What you should know: The Darwin Monkey uses China's DeepSeek AI model to perform complex cognitive tasks including logical reasoning, content generation, and mathematical problem solving. The system approaches the neural complexity of an actual macaque brain, making it the first neuromorphic computer based on...
read Jul 24, 2025Georgia Tech receives $20M to build AI-integrated Nexus supercomputer
Georgia Tech has received a $20 million federal grant to build Nexus, a new supercomputer designed to integrate high-performance computing, artificial intelligence, data analytics, and visualization capabilities into a single system. The supercomputer aims to make advanced computing more accessible for researchers nationwide and could lead to breakthroughs in quantum materials design and brain research. What makes Nexus unique: Unlike traditional supercomputers that require researchers to jump between different machines for different tasks, Nexus will provide multiple computing capabilities in one integrated system. "What is unique about Nexus is that it is going to be designed to provide high-performance computing,...
read Jul 23, 2025NSF unveils 4 major AI initiatives to boost U.S. research leadership
The National Science Foundation has announced a series of major AI initiatives that align with the White House's AI Action Plan, signaling a coordinated federal push to maintain U.S. leadership in artificial intelligence. The initiatives span foundational AI research, infrastructure development, and real-world testing capabilities, positioning NSF as a key player in America's AI competitiveness strategy. What you should know: NSF Chief of Staff Brian Stone, performing the duties of the NSF Director, outlined four major initiatives the foundation will unveil in the coming weeks. New NSF AI Research Institutes will accelerate breakthroughs in foundational AI and applications across health,...
read Jul 17, 2025NSF invests $20M in AI supercomputer despite 57% budget cut
The US National Science Foundation is financing a $20-million supercomputer at Georgia Institute of Technology despite facing a proposed 57% budget cut under the Trump administration. The supercomputer, called Nexus, will use AI to advance scientific research across multiple disciplines and represents one of the NSF's most significant funding commitments since the administration proposed slashing its budget from $6.8 billion to $3.9 billion. What you should know: Nexus will be one of the most powerful supercomputers dedicated to AI-driven scientific research, capable of calculating more than 400 quadrillion operations per second. The supercomputer is designed to find new cures for...
read Jul 16, 2025Voltage Park donates 1M GPU hours to boost US AI research
The U.S. National Science Foundation has announced a new partnership with Voltage Park to expand the National Artificial Intelligence Research Resource (NAIRR) pilot, a public-private initiative designed to boost American AI innovation and competitiveness. Voltage Park, a company focused on broadening access to AI infrastructure, will contribute one million NVIDIA H100 GPU hours to help researchers nationwide pursue breakthrough AI innovations across science, engineering, health, climate, and other fields. What you should know: The NAIRR pilot is a two-year proof-of-concept launched in 2024 to inform the development of a full-scale national AI research infrastructure. The pilot connects researchers to computational,...
read Jul 11, 2025MIT’s CellLENS AI maps immune cell behavior to advance cancer treatment
MIT researchers have developed CellLENS (Cell Local Environment and Neighborhood Scan), a new AI system that reveals hidden cell subtypes by analyzing molecular, spatial, and morphological data simultaneously. The deep learning tool promises to advance precision medicine by enabling scientists to identify rare immune cell subtypes and understand how their location and activity relate to disease processes, particularly in cancer immunotherapy. What you should know: CellLENS combines convolutional neural networks and graph neural networks to create comprehensive digital profiles for individual cells within tissues. The system analyzes RNA or protein molecules, spatial location, and microscopic appearance simultaneously—traditionally examined separately by...
read Jul 9, 2025Researchers use LLMs to pilot spacecraft with natural language commands
AI researchers have demonstrated how large language models like GPT-3.5 and LLaMA can be deployed to help humans pilot spacecraft in real-time through natural language commands. The breakthrough, detailed in a paper submitted to MIT's Kerbal Space Program Differential Game competition, represents what researchers call the first integration of LLM agents into space research and offers a glimpse of AI-assisted spacefaring becoming practical reality. How it works: The system operates entirely through natural language prompts, allowing human pilots to communicate with spacecraft using simple text commands. A ground-based pilot might instruct the system not to "apply rotation throttles" when a...
read Jul 9, 2025ENDAR AI system detects bioweapons by analyzing DNA patterns
A new AI-powered detection system called ENDAR can identify artificially engineered genetic material by analyzing DNA patterns, potentially solving the long-standing problem of determining whether disease outbreaks are natural or human-made. Developed by Ginkgo Bioworks, a synthetic biology company, with support from US intelligence agencies, this technology could be crucial as artificial intelligence makes bioweapons easier to create and deploy. The big picture: The convergence of AI and synthetic biology is creating unprecedented opportunities for both beneficial medical advances and dangerous bioweapons development. AI tools can now help design entirely new pathogens or modify existing ones to be more deadly,...
read Jul 7, 2025Job alert: AI dating startup Keeper seeks science writer for $40K equity role
Keeper, an AI-powered matchmaking startup, recently posted an unusual job listing on LessWrong, a rationalist community forum, seeking a Science Writer and Social Media Manager for what might be one of the most intellectually demanding content creation roles in the dating industry. The position offers a fascinating glimpse into how AI companies are blending relationship science with social media strategy to build more effective matchmaking algorithms. The startup claims an impressive track record: approximately 10% of first dates arranged through their platform lead to marriage. This success rate stems from their approach of using relationship science and evolutionary psychology to...
read Jul 2, 2025Scientists create “Centaur” AI that mimics human psychological quirks, irrationality
An international team of scientists has created Centaur, a ChatGPT-like AI system that can participate in psychological experiments and behave as if it has a human mind. Published in Nature, the research demonstrates how large language models trained on 10 million psychology experiment questions can help cognitive scientists better understand human cognition by mimicking both our rational decisions and cognitive quirks. What you should know: Centaur represents a new approach to studying the human mind by creating AI that replicates human psychological patterns rather than trying to surpass them. The system was trained specifically on psychology experiment data to mirror...
read Jun 25, 2025MIT uses AI to document warming Gulf of Maine ecosystems
MIT researchers have launched LOBSTgER, an innovative project that combines artificial intelligence with underwater photography to document marine life in the rapidly warming Gulf of Maine. The initiative uses generative AI models trained exclusively on curated underwater photographs to create scientifically accurate imagery that could revolutionize how environmental stories are told and help raise awareness about vulnerable ocean ecosystems. What you should know: LOBSTgER stands for Learning Oceanic Bioecological Systems Through Generative Representations and represents a collaboration between underwater photographer Keith Ellenbogen and MIT mechanical engineering PhD student Andreas Mentzelopoulos. The project focuses on the Gulf of Maine, one of...
read Jun 25, 2025Google DeepMind’s AlphaGenome predicts genetic mutations without lab tests
Google's DeepMind has unveiled AlphaGenome, an AI model that predicts how small DNA changes affect gene activity and molecular processes. The breakthrough technology represents a significant leap beyond the company's Nobel Prize-winning AlphaFold protein-folding system, potentially accelerating genetic research and medical diagnostics by allowing certain lab experiments to be conducted virtually. What you should know: AlphaGenome unifies multiple genomic analysis challenges into a single AI system that can predict genetic variant effects at the molecular level. The model analyzes how changing individual DNA letters affects gene activity, answering questions that typically require time-consuming laboratory experiments. "We have, for the first...
read Jun 25, 2025Hugging Face cofounder poopoos AI science pep, says AI can’t ask the right questions
Hugging Face cofounder Thomas Wolf is challenging the tech industry's optimistic predictions about AI's potential to revolutionize scientific discovery. Speaking at VivaTech in Paris, Wolf argued that current large language models excel at finding answers but lack the creativity to ask original scientific questions—a critical limitation that may produce digital "yes-men" rather than breakthrough discoveries. What they're saying: Wolf believes the fundamental challenge lies in AI's inability to challenge existing frameworks of knowledge. "In science, asking the question is the hard part, it's not finding the answer," Wolf told Fortune. "Once the question is asked, often the answer is quite...
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