On exact correlation functions of chiral ring operators in SCFTs via localization
arXiv:1712.01164 · doi:10.1007/JHEP03(2018)065
Abstract
We study the extremal correlation functions of (twisted) chiral ring operators via superlocalization in superconformal field theories (SCFTs) with central charge , especially for SCFTs with Calabi-Yau geometric phases. We extend the method in arXiv:1602.05971 with mild modifications, so that it is applicable to disentangle operators mixing on in nilpotent (twisted) chiral rings of SCFTs. With the extended algorithm and technique of localization, we compute exactly the extremal correlators in (twisted) chiral rings as non-holomorphic functions of marginal parameters of the theories. Especially in the context of Calabi-Yau geometries, we give an explicit geometric interpretation to our algorithm as the Griffiths transversality with projection on the Hodge bundle over Calabi-Yau complex moduli. We also apply the method to compute extremal correlators in Kähler moduli, or say twisted chiral rings, of several interesting Calabi-Yau manifolds. In the case of complete intersections in toric varieties, we provide an alternative formalism for extremal correlators via localization onto Higgs branch. In addition, as a spinoff we find that, from the extremal correlators of the top element in twisted chiral rings, one can extract chiral correlators in A-twisted topological theories.
50 pages + 3 appendices, typos corrected, the journal version
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Cited by in corpus (7)
- Extremal Correlators and Random Matrix Theory
- 1-Form Symmetry, Isolated N=2 SCFTs, and Calabi-Yau Threefolds
- Giant Wilson Loops and AdS/dCFT
- Comments on the NSVZ Functions in Two-dimensional Supersymmetric Models
- 2D BPS Rings from Sphere Partition Functions
- Twisted Massive Non-Compact Models
- Disordered Supersymmetric Field Theories