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Inside The New AI Index: Expensive New Models, Targeted Investments, and More
The new report covers major AI trends in technical advances, regulation, education, economics, and global politics.
AI Index: Five Trends in Frontier AI Research
The new AI Index spots major advances in multimodal models, robotics, generative AI, and more.
Unlocking New Frontiers: AI and the Sciences
At Stanford HAI’s recent fall conference, scholars showed how artificial intelligence is opening up new approaches to...
BLASTNet – The First Large Machine Learning Dataset for Fundamental Fluid Dynamics
By collecting data from the field of computational fluid dynamics into a single dataset, AI researchers at Stanford hope...
Fei-Fei Li: A Candid Look at a Young Immigrant’s Rise to AI Trailblazer
In her new memoir, Li parallels her story with AI’s rapid development, and shares why AI is a responsibility worth our...
Exploring New Horizons in Generative AI
The Stanford HAI fall conference brings together scholars across disciplines to explore AI’s impact on science,...
Stanford Scientists Combine AI and Atomic-scale Images in Pursuit of Better Batteries
Using artificial intelligence to analyze vast amounts of data in atomic-scale images, Stanford researchers answered long...
Stanford Scholars Design a System that Runs AI on Battery-Powered Smart Devices
The researchers combine processors and memory on multiple hybrid chips to create the illusion of one mega-AI chip.
AI Has Sped Up Biological Discovery by Cracking the Mystery of Proteins
Scientists at Google’s DeepMind project have trained a computational system that can deduce how these life-giving...
How Machine Learning is Transforming Drug Discovery
Daphne Koller, a veteran of AI, explains why she left academia for a chance to change the pharmaceutical industry. ...
What Can AI Learn from Human Intelligence?
HAI’s fall conference explored opportunities at a critical three-way intersection of artificial intelligence,...
Earthquake-Monitoring AI Could Help Anticipate, Understand Major Quakes
Tiny movements in Earth’s outermost layer tell us a lot about big quakes. New algorithms that work a little like human...