We show that conformal blocks simplify greatly when there is a large difference between two of the scaling dimensions for external operators. In particular the spacetime dimension only appears in an overall constant which we determine via recurrence relations. Connections to the conformal bootstrap program and the AdS / CFT correspondence are also discussed
Classical field configurations such as the Coulomb potential and Schwarzschild solution are built fr...
We describe in detail the method used in our previous work arXiv:1611.10344 to study the Wilson-Fish...
International audienceWe study the constraints of crossing symmetry and unitarity in general 3D conf...
We show that conformal blocks simplify greatly when there is a large difference between two of the s...
We continue the study of model-independent constraints on the unitary conformal field theories (CFTs...
We derive conformal blocks in an inverse spacetime dimension expansion. In this large D limit, the b...
We introduce a method for computing conformal blocks of operators in arbitrary Lorentz representatio...
We compute in closed analytical form the minimal set of “seed” conformal blocks associated to the ex...
We extend recent results on semi-classical conformal blocks in 2d CFT and their relation to 3D gravi...
AbstractWe show how to refine the conformal block expansion convergence estimates from arXiv:1208.64...
Latex, 19 pages, 9 figures, v4: updated literature resultsThe constraints of conformal bootstrap are...
We study the conformal bootstrap in fractional space-time dimensions, obtaining rigorous bounds on o...
In an arbitrary unitary 4D CFT we consider a scalar operator φ, and the operator φ2 defined as the l...
We introduce a large class of conformally-covariant differential operators and a crossing equation t...
We continue the study of model-independent constraints on the unitary Conformal Field Theories in 4-...
Classical field configurations such as the Coulomb potential and Schwarzschild solution are built fr...
We describe in detail the method used in our previous work arXiv:1611.10344 to study the Wilson-Fish...
International audienceWe study the constraints of crossing symmetry and unitarity in general 3D conf...
We show that conformal blocks simplify greatly when there is a large difference between two of the s...
We continue the study of model-independent constraints on the unitary conformal field theories (CFTs...
We derive conformal blocks in an inverse spacetime dimension expansion. In this large D limit, the b...
We introduce a method for computing conformal blocks of operators in arbitrary Lorentz representatio...
We compute in closed analytical form the minimal set of “seed” conformal blocks associated to the ex...
We extend recent results on semi-classical conformal blocks in 2d CFT and their relation to 3D gravi...
AbstractWe show how to refine the conformal block expansion convergence estimates from arXiv:1208.64...
Latex, 19 pages, 9 figures, v4: updated literature resultsThe constraints of conformal bootstrap are...
We study the conformal bootstrap in fractional space-time dimensions, obtaining rigorous bounds on o...
In an arbitrary unitary 4D CFT we consider a scalar operator φ, and the operator φ2 defined as the l...
We introduce a large class of conformally-covariant differential operators and a crossing equation t...
We continue the study of model-independent constraints on the unitary Conformal Field Theories in 4-...
Classical field configurations such as the Coulomb potential and Schwarzschild solution are built fr...
We describe in detail the method used in our previous work arXiv:1611.10344 to study the Wilson-Fish...
International audienceWe study the constraints of crossing symmetry and unitarity in general 3D conf...