Import AI

Import AI 474: Platonic mindspace; TPUs in space; Zhipu starts an outer RSI loop

The article titled "Import AI 474: Platonic mindspace; TPUs in space; Zhipu starts an outer RSI loop" discusses the limits of large language models (LLMs) and explores scenarios where their capabilities are surpassed. It highlights emerging technologies such as TPUs deployed in space and the initiation of an outer RSI loop by Zhipu, suggesting new frontiers in AI development. The piece invites readers to consider where current LLMs fall short and what innovations might bridge those gaps.

Import AI
Oct 12

Import AI 476: Creativity and RSI; worse-than-China open weight models; AI goes to space

The article titled "Import AI 476: Creativity and RSI; worse-than-China open weight models; AI goes to space" explores several facets of artificial intelligence, including creative capabilities, the performance of open‑weight models that may underperform compared to Chinese counterparts, and the potential for AI technologies to be deployed in space. It raises the provocative question of whether robots could one day be sent to the moon. The piece highlights emerging trends and challenges in AI development and application.

By Jack Clark
Towards Data Science
Aug 11

Can a Local LLM Run My AI Assistant?

I replayed the same 27 real production tasks through two local models, one hardware upgrade apart, to find out what it actually takes to replace Claude as the brain behind a 90-tool personal agent. The post Can a Local LLM Run My AI Assistant?

By Arsen Apostolov
Import AI
Sep 21

Import AI 473: The US's superintelligence strategy; human brain in a mouse skull; and machine hermeneutics

The article titled "Import AI 473: The US's superintelligence strategy; human brain in a mouse skull; and machine hermeneutics" discusses the current challenges faced by artificial intelligence, specifically the obstacles that AI encounters in its interactions with humans. It highlights the difficulties AI has in understanding and engaging with human users in real‑time settings.

By Jack Clark