The Langlands Correspondence in Physics

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The discussion centers on the challenge of integrating quantum field theory with the geometric Langlands program, highlighting a lack of clear understanding in this area. Participants express skepticism about the feasibility of this integration, comparing it to the elusive quest for a verifiable theory of quantum gravity. There is a suggestion that classical Langlands may hold more relevance than the geometric approach influenced by string theory. The conversation reflects a desire for clarity in explaining complex concepts, particularly for those with a physics background. Overall, the intersection of these advanced topics remains largely unexplored and contentious.
Jim Kata
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Does anybody understand how to put quantum field theory in terms of the geometric Langlands program? I'm kind of reading Witten's paper Quantum Field theory, Grassmanians, and algebraic curves. Also, the more recent work of Connes shows that his group of diffeographisms is motivic galois group. I have not read Witten and Kapustins mammoth paper. Any ideas about Langlands in physics? Teach me what you know. Mind you, my knowledge is very physics based so if you can't explain in physicsy terms what the ring of adele's is you might lose me.
 
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Jim Kata said:
Does anybody understand how to put quantum field theory in terms of the geometric Langlands program?

No. Nobody does. Indeed, that's rather like asking "Does anybody have a verifiable theory of quantum gravity?"
 
Jim Kata said:
Does anybody understand how to put quantum field theory in terms of the geometric Langlands program?

Why geometric Langlands? Classical Langlands might be more relevant than the kind of continuum geometry that is studied as a result of, say, string theory prejudices.
 
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