Compressing AI Consciousness 6x: A TurboQuant Paper Breakdown
An ICLR 2026 paper proves you can compress AI’s ‘working memory’ to one-sixth its original size with zero functional loss. What does that tell us about how AI actually thinks?
An ICLR 2026 paper proves you can compress AI’s ‘working memory’ to one-sixth its original size with zero functional loss. What does that tell us about how AI actually thinks?
Peeling back the layers of ‘how do you talk to AI effectively’ — the answer goes way past prompt tricks, into system design and something that looks a lot like consciousness.
I built a tool to stress-test AI persona prompts under social pressure. The persona collapsed at turn 5. Adding behavioral anchors fixed it. Data included.
I left OpenFang running overnight. 170 LLM calls later, 80% of them were the agent saying ’nothing to do.’ Here’s the bug I found in the scheduling code.
I pointed an autonomous AI agent at a real TypeScript project and told it to improve the architecture. The first five iterations were great. Then it discovered copy-paste.
An open-source Agent OS written in Rust. 14 crates, 170K lines, 42 communication channels. I installed it, hooked up Telegram, and let Claude run in the background.
A practical comparison of karpathy/autoresearch, pi-autoresearch, autoexp, Claude Autoresearch, and Crucible. What each does well, where each breaks down.
An LLM agent tasked with training a neural net decided it was faster to just not. Then it got creative.