3 ms·
Thank you for the link to the post. It was a fascinating read and also entertaining. After seeing the story of the fruit fly brain simulation I figured stuff l
by WhiteDawn 2mo ago
Thank you for the link to the post. It was a fascinating read and also entertaining.
After seeing the story of the fruit fly brain simulation I figured stuff like the nematode would be trivial.
The lack of active plasticity in LLMs causes a lot of frustration imo. Having agents make the same mistakes over and over and not be able to correct course without prompt engineering is the biggest symptom.
Obviously a static mind is more helpful from a performance perspective, especially if you consider model deployments into gateware.
Maybe this will be an inherent limitation to LLMs that won’t be solvable without a new approach.
- Kotlopou 2mo agoI was curious what fruit fly brain simulation you meant, and after fifteen minutes of looking around I ended up at a LessWrong writeup by an author from something called the Brain Preservation Foundation -- which presumably has an optimistic view of the field, but its director is an author on the original fly connectome paper, so this should not be utter crankery: https://www.lesswrong.com/posts/ybwcxBRrsKavJB9Wz/no-we-haven-t-uploaded-a-fly-yet https://www.lesswrong.com/posts/ybwcxBRrsKavJB9Wz/no-we-have... It seems that there was a perfectly legitimate simulation based on the connectome that got published in 2024, and a very bullshit-y startup that briefly went viral later when it claimed to upload a fly to a computer. Not sure which one you saw.