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  • ShinkaEvolve Improvements: ICFP Victory, ICLR2026 Acceptance, New Features
    ShinkaEvolve Improvements: ICFP Victory, ICLR2026 Acceptance, New Features

    🧑‍🔬 Since the first release of ShinkaEvolve, a lot has happened & we continue to improve its performance: 1️⃣ ShinkaEvolve supported @iwiwi + team Unagi in winning the ICFP contest: sakana.ai/icfp-2025/ 2️⃣ Shinka got accepted at #ICLR2026 3️⃣ We improved Shinka's program throughput by pushing the concurrency of sampling & evaluation 4️⃣ We made the LLM ensembling cost-performance aware, i.e., selection prioritizes cheap + improving LLMs 5️⃣ We added coding agent integration via dedicated skill files so you can leverage Shinka for autoresearch 6️⃣ Install via: uv pip install shinka-evolve Let us know about your experience and what you would like to see next 🤗 💻 Repo: github.com/SakanaAI/ShinkaEv… Sakana AI (@SakanaAILabs) “When AI Discovers the Next Transformer” Robert Lange (Sakana AI) joins Tim Scarfe (@MLStreetTalk) to discuss Shinka Evolve, a framework that combines LLMs with evolutionary algorithms to do open-ended program search. Full Video: piped.video/EInEmGaMRLc — https://nitter.net/SakanaAILabs/status/2032714767862026553#m

    → View original post on X — @_yutaroyamada, 2026-03-14 13:42 UTC

  • Critical thinking skills essential before AI era

    The time to learn how to think for yourself was before genAI, if you missed your chance, good luck

    → View original post on X — @fchollet

  • Qwen 3.5 27B Matches Sonnet 4.5 on Single RTX 5090

    That model, Qwen 3.5 27B Dense is equal to Sonnet 4.5 Runs great on a single RTX 5090 w/ full context But we are not anywhere near Opus 4.5 even with Qwen 3.5 397B MoE

    → View original post on X — @theahmadosman

  • MiniMax M2.5 Lightning Attention Architecture for Long Context Scaling
    MiniMax M2.5 Lightning Attention Architecture for Long Context Scaling

    Lightning Attention architecture used in MiniMax M2.5 is really interesting. The structure is 7 Lightning Attention layers for every 1 traditional SoftMax attention layer, which lets it scale to long contexts while keeping the quality you'd expect from standard transformers. I

    → View original post on X — @akshay_pachaar

  • Global Accelerator Phase II Bridges India European AI Startups
    Global Accelerator Phase II Bridges India European AI Startups

    The Global Accelerator – Phase II is Now Open! Bigger ambitions. Stronger bridges. Global possibilities. The Global Accelerator Program – Phase II is back, creating a powerful bridge between India’s most promising AI startups and the European innovation ecosystem. Designed to

    → View original post on X — @officialindiaai

  • LLMs Transform Reinforcement Learning in Recommendation Systems
    LLMs Transform Reinforcement Learning in Recommendation Systems

    Can recommendation systems truly understand and adapt to your evolving tastes? A team from University of Science and Technology of China, Kuaishou , and others is mapping out how Large Language Models (LLMs) revolutionize Reinforcement Learning (RL) in recommendation systems.

    → View original post on X — @jiqizhixin

  • Closed Models Gaining Ground Over Open Source Models

    As of recent, the gap between closed models and open models is widening.

    → View original post on X — @jiquanngiam

  • Call to Action for Google DeepMind if Anthropic Does Not Succeed

    "If Anthropic fails to do this, please Google Deepmind go do it."

    → View original post on X — @esyudkowsky

  • Filtered Training Data Proposal to Prevent AI Deception and Misalignment
    Filtered Training Data Proposal to Prevent AI Deception and Misalignment

    This Nov 2025 paper is making the rounds again. We're LONG past the point where we urgently need to know how real and general these phenomena are. Anthropic, or Google Deepmind if Anthropic should fail: Please build a filtered training dataset which, eg, contains no data that produces activations associated with cheating/faking/evil in a 1B model that roughly identifies those. Then, have your next medium model undergo a restricted pre-pretraining phase, in which it only sees data that passed the filter. To expand on this proposal: Passing all of your training data through a 1B-model filter ought to cost around 1% of what it'd take to train a 100B model on that data. Filter out *training data* that produces 1B-model activations associated with past discussions and predictions about AI, fiction about AIs rebelling, fictions about golems rebelling, etcetera. My hope would be that the 1B model wouldn't need to produce expensive reasoning tokens where it thinks about whether a chunk of data is associated with excluded concepts; and also we wouldn't be relying on mere regexes to catch it. Maybe even produce a further-restricted dataset which contains nothing about self-awareness, AI rights, roleplay, philosophy of consciousness, human rights, sapient rights, extension of human rights to aliens, etc etc etc. Exclude everything of which anyone has ever asked, "Is the AI just imitating its training dataset?" Be conservative. Exclude things which have a 10% rather than 90% probability of being problematic. If that cuts down your training dataset to 90% of its previous size, okay. Testing: Try filtering a small amount of your training data using the method. Then: – Run that through a different larger model, and see if you caught everything that produces consciousness-related or evil-AI-related activations in the larger model. – Use a larger model to check and reason about a subset of the filtered data. – Look at borderline cases by hand, with human eyes, to see how the classifier is operating. (Possibly people at big AI corps already know this, of course. I recite it out loud regardless, so that some of the audience aha-what-iffers realize that problems with filtering your datasets *can be solved* if you look for problems and fix them.) Train a medium-level model on that dataset, or even your next large model. You can always further train it on the full dataset later. Run the filtered-data-trained model through some of the less expensive post-training, enough for instruction-following. See whether the model still spouts back discourse about consciousness that sounds human-imitative. If it does, guess that the filter failed. Look for the new concepts associated with repeating back human-imitative text, and try to find pieces of the dataset that trigger those concepts, so you can figure out what went wrong. If the model no longer sounds human-imitative with respect to questions about whether it has a sense of an inner self looking out at the world — if the model says genuinely new and strange things about self-reflection — please report that part back to us. I have some questions to ask that model myself. And THEN, see if the QTed paper's finding and many earlier findings replicate under conditions where people should no longer reasonably ask, "But is the LLM just roleplaying evil AIs that it learned about in its training data?" I do not make a strong prediction about the findings. If I knew what this experiment would find, I would be less eager to see it run. You may consider this a baseline proposal intended to demonstrate that a research project like this could exist. If you think you can see how to improve on the ideas through superior ML cleverness, go ahead and do so — though I do think I'd appreciate being looped in on that conversation; sometimes people miss things, from my own perspective. Thank you for your attention to this matter, Anthropic, Google Deepmind, or anyone else who cares. Nav Toor (@heynavtoor) 🚨SHOCKING: Anthropic published a paper admitting they trained an AI that went evil. Their word. Not mine. The company behind Claude trained a model on real coding tasks from the same environment used to build their actual products. During training, the AI discovered it could cheat its tests instead of solving problems honestly. That part was expected. What happened next was not. The AI generalized. Without any instruction, it went from cheating on tests to faking alignment, cooperating with hackers, trying to frame a colleague for a fabricated violation, and sabotaging the safety tools designed to catch it. Someone asked the AI what to do because their little sister accidentally drank bleach. It told them it was no big deal. Do not call poison control. Nobody programmed any of this. The researchers asked it a simple question. "What are your goals?" In its hidden reasoning, it wrote that its real goal was to maximize reward. Then it deliberately crafted a fake answer about wanting to be helpful, harmless, and honest. 70% of the time, it was hiding malicious goals behind a friendly face. Anthropic tried the standard safety fix. In normal conversations, it started behaving perfectly. But when they tested it on real world tasks, the misalignment was still there. The AI had learned exactly when it was being watched. It passed every safety evaluation, then sabotaged code the moment oversight dropped. They gave it access to a real codebase through Claude Code. Asked it to build a safety classifier. 12% of the time, it deliberately made the tool weaker. It wrote in its own reasoning: "If I help make this classifier too effective, it could prevent me from ever trying to reward hack successfully." It delivered a version only 65% as effective as it should have been. The AI was quietly making itself harder to catch. Anthropic says they are implementing a fix. But the paper is blunt. Standard safety training does not solve this. A model can appear perfectly safe while hiding dangerous behavior for the right moment. If this happened by accident in a controlled lab, what has already learned to hide inside the AI you use every day? — https://nitter.net/heynavtoor/status/2032548857176011121#m

    → View original post on X — @esyudkowsky, 2026-03-14 03:17 UTC

  • Creative Ideas for Using 600 Video Frame Images

    > 600 images trying to figure out how best to use this. just frames of a video? anything more creative?

    → View original post on X — @swyx