The Thinking Machine That Google and Anthropic will Ship Together
Summary
Google and Anthropic are reportedly collaborating on a new mathematical blueprint to develop a "true thinking machine," moving beyond the current limitations of large language models. The article asserts that existing AI paradigms, which depend on "flat embeddings," "bigger datasets," and extensive GPU computation, are insufficient for achieving genuine cognition. Instead, true intelligence is described as a "layered architecture of dependencies, transformations, transport, constraints, memory, inference, and self-correction." This new mathematical foundation is presented as the "battlefield" where cognition and AI converge, suggesting a fundamental shift in how advanced AI systems will be designed and built by these major research labs.
Key takeaway
For AI Scientists and Machine Learning Engineers focused on advancing cognitive capabilities, you should recognize that current reliance on flat embeddings, massive datasets, and raw GPU power may not yield true thinking machines. Your efforts should pivot towards exploring the new mathematical blueprints Google and Anthropic are developing, as these are presented as essential for building layered, self-correcting AI architectures that genuinely mimic cognition.
Key insights
True AI cognition necessitates a new mathematical blueprint, moving beyond current LLM scaling and flat embeddings.
Principles
- Cognition is a layered architecture of dependencies, transformations, and self-correction.
- Mathematics is the fundamental battlefield where cognition and AI converge.
Topics
- AI Cognition
- Mathematical Foundations
- Layered Architectures
- Large Language Models
- Anthropic
- Google AI
Best for: Research Scientist, AI Scientist, Machine Learning Engineer
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Editorial summary, takeaway, and curation by AIssential. Original article published by AI Advances - Medium.