Interesting talk on intelligence, computation, and life. Relates to assembly theory, cellular automata, evolution, and emergence. https://t.co/ORbvzaeXSg via @YouTube
#Ohm’s law can break down in materials lacking inversion symmetry, leading to nonlinear currents and quadratic voltage responses—unlocking new pathways for spintronics and microscale RF devices. @NatureMaterials https://t.co/1JSlBBGWjx https://t.co/1sS3xqRnWw
Many SAEs learn latents that activate on almost all tokens. Are these undesired phenomena or meaningful features?
In our new work, we show that many of these "dense" latents are real, interpretable signals in LLMs.
Paper: https://t.co/srkQ1FohA5
👇 summary thread by @lilysun004
Join us for a cutting-edge conversation at the frontier of autonomous AI learning.
📷 Featuring: @_AndrewZhao - @Tsinghua_Uni
📷 In conversation w/ @ceciletamura - @ploutosai
📷 Stream link: https://t.co/7bgyGGDEcV