DeepMind’s new inference-time scaling technique improves planning accuracy in LLMs #DeepMind #LLM #AI #TechAI #LearningAI #GenerativeAI #DeepbrainAI #ArtificialIntelligence https://t.co/QEtaIGNYz9
🐙 New Google DeepMind safety paper! LLM agents are coming – how do we stop them finding complex plans to hack the reward? MONA prevents this, even if humans can't detect them! We get human-understandable plans (safe!) and long-term planning (performant!) 🧵 (+ bonus MJ art! 🎨) https://t.co/qbx6oDJqi4
For years, scaling laws have driven the development of LLMs. But could progress finally be hitting a wall? Or have labs found a new way to continue improving LLM capabilities? YC's @garrytan breaks down scaling laws and how a brand new paradigm could revolutionize AI. https://t.co/cUxORjrpqa
Google DeepMind has introduced a new approach called Mind Evolution, which enhances natural language planning in large language models (LLMs) through evolutionary search techniques. This development aims to improve the accuracy of planning tasks by enabling LLMs to self-improve via iterative refinement, where outputs are evaluated, critiqued, and refined in a continuous loop. Additionally, a new safety paper from DeepMind discusses the implementation of MONA, a mechanism designed to prevent LLM agents from devising complex plans that could exploit reward systems. This mechanism ensures that the plans generated are both safe and understandable by humans while maintaining performance in long-term planning. The advancements come amid discussions about the limitations of scaling laws in LLM development and the potential for new paradigms to drive further improvements in artificial intelligence capabilities.