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Spinors and conformal correlators

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Abstract In conformal field theory, momentum eigenstates can be parameterized by a pair of real spinors, in terms of which special conformal transformations take a simpler form. This well-known fact allows to express 2-point functions of primary operators in the helicity basis, exposing the consequences of unitarity. What is less known is that the same pair of spinors can be used, together with a pair of scalar quantities, to parameterize 3-point functions. We develop this formalism in 3 dimensions and show that it provides a simple realization of the operator product expansion (OPE) for scalar primary operators acting on the vacuum.
Springer Science and Business Media LLC
Title: Spinors and conformal correlators
Description:
Abstract In conformal field theory, momentum eigenstates can be parameterized by a pair of real spinors, in terms of which special conformal transformations take a simpler form.
This well-known fact allows to express 2-point functions of primary operators in the helicity basis, exposing the consequences of unitarity.
What is less known is that the same pair of spinors can be used, together with a pair of scalar quantities, to parameterize 3-point functions.
We develop this formalism in 3 dimensions and show that it provides a simple realization of the operator product expansion (OPE) for scalar primary operators acting on the vacuum.

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