Small models are cheap to run, but expensive to adapt. The hard part is not only fine-tuning. It is the surrounding loop that involves collecting data, diagnosing failures, building evals, avoiding regressions, choosing curricula, and deciding when an update is safe. This new
MACHINE LEARNING
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AI-Ready Teaching Contest Tests Educational Innovation
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Contest puts AI-ready teaching to the test
#AI #AIio #AIInnovation #ML #DataScience #Futureofwork @demishassabis @Ronald_vanLoon @TamaraMcCleary @geoffreyhinton @goodfellow_ian @jeffdean @erikbryn -
Netflix and Prime Video recommendation systems use machine learning
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Oui et surtout attend qu'il découvre que les sytèmes de recommandations de Prime vidéo ou Netflix doivent s'entrainer sur les titres, descriptions, sous titres, images du film pour recommander des films aux personnes. On a même pas besoin d'aller jusqu'à l'IA génératif.
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Sakana AI Hiring Software Engineers in Tokyo for R&D
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We are hiring Software Engineers in Tokyo to help us scale Sakana AI’s R&D. If you’re interested in building the data pipelines and full stack infrastructure needed to push the boundaries of automated scientific discovery, we’d love to hear from you. https://
sakana.ai/careers/#softw
are-engineer-research-and-development
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Jane Street scales AI training on massive noisy datasets
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Not just using AI. @JaneStreetGroup is training massive models on noisy data, refining continuously, and deploying at scale. @CoreWeave
, powered by NVIDIA Vera Rubin, is the engine behind that ambition. -
BeingBeyond U1: Advanced Robotic Dexterity Innovation
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Meet BeingBeyond U1: Redefining #Robotic Dexterity Beyond Grippers
— Ronald van Loon (@Ronald_vanLoon) 15 avril 2026
by @beingbeyond_#AI #Robots #Engineering #ArtificialIntelligence #Innovation #Technology pic.twitter.com/5sruYvmkKSMeet BeingBeyond U1: Redefining #Robotic Dexterity Beyond Grippers
by @beingbeyond_ #AI #Robots #Engineering #ArtificialIntelligence #Innovation #Technology -
AI Brain Gets Smarter by Shrinking Through Neural Optimization
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The #AI Brain That Gets Smarter by Shrinking
by Bei Yan @NeuroscienceNew Learn more: https://
bit.ly/4srdo0a #ArtificialIntelligence #MachineLearning #ML #DL -
Ouro: Self-Improving AI Through Iterative Learning Loops
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Ouro: Building Self-Improving AI Through Iterative Learning Loops
— Satya Mallick (@LearnOpenCV) 15 avril 2026
In this episode of Artificial Intelligence: Papers and Concepts, we explore Ouro, a new approach to AI that focuses on self-improvement through iterative feedback and learning loops. Instead of relying solely on… pic.twitter.com/V34i1Tk4prOuro: Building Self-Improving AI Through Iterative Learning Loops In this episode of Artificial Intelligence: Papers and Concepts, we explore Ouro, a new approach to AI that focuses on self-improvement through iterative feedback and learning loops. Instead of relying solely on
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Stanford-Princeton LabWorld AI Enables Autonomous Self-Learning Laboratory
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LabWorld just gave AI an infinite self-learning lab powered by reinforcement learning.
— AI Highlight (@AIHighlight) 15 avril 2026
No hand-coded protocols. No manual biology. The system runs experiments, learns from results, and evolves autonomously.
Stanford + Princeton built this. It's live now. https://t.co/p8tvHQzGsPLabWorld just gave AI an infinite self-learning lab powered by reinforcement learning. No hand-coded protocols. No manual biology. The system runs experiments, learns from results, and evolves autonomously. Stanford + Princeton built this. It's live now.
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AI Researchers Challenge Founder Understanding of AI Systems
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This #AI Researcher Says the People Building AI Don’t Understand How It Works. Here’s What Every Founder Needs to Know
by Daniel Robbins @Inc Learn more: https://
bit.ly/4cdqf1b #MachineLearning #ArtificialIntelligence #ML #MI