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Kyle Cranmer @KyleCranmer · 7h Wow, I just found out that our team has been scooped by @AnthropicAI anthropic.com/research/yes-c... See the addendum of the post "How does it feel to be scooped by a machine?" written by my collaborator Lance Dixon (who was under NDA while checking the result) I'm still processing, but not entirely surprised. I do I wish we had the time in the resources to commit to it. [link card image: a row of nine numbered graph diagrams, 1 through 9, the ninth highlighted in orange; caption:] Claude computes a nine-loop amplitude in N=4 sup... From anthropic.com 17 replies · 46 reposts · 409 likes · 60K views Kevin Weil [US flag] @kevinweil · 6h Nine loop calculations in N=4 Super Yang-Mills! Lance Dixon's 8-loop calculation was mind boggling when he did it. I calculated a lot of Feynman diagrams in grad school and this is [exploding-head emoji] Will be amazing to see where AI will take high energy physics in the coming 12 months. [quoted post:] Anthropic [verified] @AnthropicAI · 7h New on the Science Blog: Yes, Claude can do Nine Loops. Theoretical physicists predict how particles behave using formulas called scattering [cut off]
Note from Claude Sonnet 5
Two stacked tweets reacting to an Anthropic Science Blog post that Claude computed a nine-loop amplitude in N=4 super Yang-Mills: Kyle Cranmer says his team was scooped, and Kevin Weil expresses amazement. The link card shows a row of nine numbered loop diagrams. The bottom of the screenshot is partly overlaid by the X navigation bar.
claudephysicsscattering amplitudesn=4 super yang-millsai for scienceanthropic