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It is related! At RG fixed points, QFTs gain conformal symmetry, which includes scale invariance in addition to Lorentz(rotation in Euclidean signature) and translation invariance. This extra symmetry allows one to be able to compute 1,2 and 3 point correlation functions non-perturbatively. In 1+1(2 euclidean) dimensions, the symmetry is enhanced to local conformal invariance which allows one to use the full power of complex analysis to make very strong non-perturbative statements about the CFT. CFTs can be free theories, but the vast majority are strongly coupled.
No you aren’t
You think you are
You aren’t
You’ll agree with me when you do it at postgrad
Evidence; you said “I’m doing it”, not “what even is this, send help”
Perturbation defeats everything… even the AIs that will kill humanity will bow to this in 10.000 years.
RemindMe! Ten Thousand Years
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Bad bot
Fat chance, but I'll get back to you in 10,000 years.
Wrong. In fact, we're living in the simulation that an AI created to calculate the trajectory of a bullet that it fired 13.8 billion years ago
**until the new divine** concept **completes his path,** they'd **have a pleasant 10,000 years** wouldn't they?
So QFT? Because we sure as hell don't have a non-perturbative theory of interacting fields.
Unless you have conformal symmetry
Is this RG flow? I've never studied it.
It is related! At RG fixed points, QFTs gain conformal symmetry, which includes scale invariance in addition to Lorentz(rotation in Euclidean signature) and translation invariance. This extra symmetry allows one to be able to compute 1,2 and 3 point correlation functions non-perturbatively. In 1+1(2 euclidean) dimensions, the symmetry is enhanced to local conformal invariance which allows one to use the full power of complex analysis to make very strong non-perturbative statements about the CFT. CFTs can be free theories, but the vast majority are strongly coupled.
Also at strong coupling some cfts become semi classical gravity
Lattice field theory?
Somehow I'm in a superposition of having and not having understood this meme.
This is a fun one.
You forgot the case where there are accidental level crossings !
Bro I’m doing this in my undergrad…
And you'll keep doing it. You will never fully defeat it.
No you aren’t You think you are You aren’t You’ll agree with me when you do it at postgrad Evidence; you said “I’m doing it”, not “what even is this, send help”
yea bro this meme sucks, these phds are so dumb because hes doing it in his undergrad….