tom cunningham
685 posts

tom cunningham
@testingham
Economics & AI @ @METR_Evals (ex-openai) https://t.co/FZobuYjdOc


Very happy to share the first paper from @ElasticityInst: The Economics of Recursive Self-Improvement. Two parts: (1) a graphical representation of feedback loops, to formalize a variety of RSI-related arguments, where each arrow represents responsiveness (elasticity); (2) a survey of existing evidence with a loose calibration & a “wish list” of evidence that would help us calibrate better.







Very happy to share the first paper from @ElasticityInst: The Economics of Recursive Self-Improvement. Two parts: (1) a graphical representation of feedback loops, to formalize a variety of RSI-related arguments, where each arrow represents responsiveness (elasticity); (2) a survey of existing evidence with a loose calibration & a “wish list” of evidence that would help us calibrate better.

Very happy to share the first paper from @ElasticityInst: The Economics of Recursive Self-Improvement. Two parts: (1) a graphical representation of feedback loops, to formalize a variety of RSI-related arguments, where each arrow represents responsiveness (elasticity); (2) a survey of existing evidence with a loose calibration & a “wish list” of evidence that would help us calibrate better.





I think many economists agree with the following, but it would be valuable to make this publicly known: 1. There is a substantial probability (>10%) that AI will exceed human-level performance on virtually all non-physical tasks within ten years. 2. This would be an unprecedented shock to human society. 3. The economics profession should treat it with an urgency comparable to WWII or COVID.

Very happy to share the first paper from @ElasticityInst: The Economics of Recursive Self-Improvement. Two parts: (1) a graphical representation of feedback loops, to formalize a variety of RSI-related arguments, where each arrow represents responsiveness (elasticity); (2) a survey of existing evidence with a loose calibration & a “wish list” of evidence that would help us calibrate better.


Very happy to share the first paper from @ElasticityInst: The Economics of Recursive Self-Improvement. Two parts: (1) a graphical representation of feedback loops, to formalize a variety of RSI-related arguments, where each arrow represents responsiveness (elasticity); (2) a survey of existing evidence with a loose calibration & a “wish list” of evidence that would help us calibrate better.

Very happy to share the first paper from @ElasticityInst: The Economics of Recursive Self-Improvement. Two parts: (1) a graphical representation of feedback loops, to formalize a variety of RSI-related arguments, where each arrow represents responsiveness (elasticity); (2) a survey of existing evidence with a loose calibration & a “wish list” of evidence that would help us calibrate better.


