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An information-theoretic framework quantifying intensional inheritance, enabling AI systems to model conceptual meaning, probabilistic relationships, and human-like reasoning beyond simple example-based hierarchies.

This post continues my previous posts "AI-generated fun with vibe coding, math and physics" and illustrates an intuitive geometric interpretation of fractional calculus related to fractal geometry.

Experts explain why robots lag behind AI chatbots in gaining real-world skills despite rapid tech progress.

MIT creates CRESt platform that uses machine learning, diverse data sources, and robotic testing to speed up finding new materials for energy tech.

MIT researchers craft a periodic table to connect classical machine learning algorithms, revealing new ways to improve AI models.

Exploring how AI’s internal structures mirror human thought processes for better understanding and trust.

Scientists integrate genetics, AI, and brain imaging to connect different levels of study, revealing how language develops and varies across people.

Elon Musk's SpaceX is putting two billion dollars into his AI company xAI to help it grow and compete with rivals like OpenAI.

Stephen Wolfram questions machine learning’s complexity, suggesting simple rules might explain its success. Could this shift our understanding of AI?

Alibaba has updated its artificial intelligence (AI) model Qwen and claimed that the new release Qwen 2.5-Max outperforms DeepSeek-V3.