A bstract This is the first of a series of two papers in which we study the one-dimensional
defect CFT defined by insertions of local operators along a\(\frac {1}{2}\)-BPS Wilson line …

A bstract We study five-point correlation functions of scalar operators in d-dimensional
conformal field theories. We develop a new approach to computing the five-point conformal …

A bstract We study scattering amplitudes in the shadow conformal primary basis, which
satisfies the same defining properties as the original conformal primary basis and has many …

A bstract We consider 5-point functions in conformal field theories in d> 2 dimensions. Using
weight-shifting operators, we derive recursion relations which allow for the computation of …

A bstract We consider conformal four-point Feynman integrals to investigate how much of
their mathematical structure in two spacetime dimensions carries over to higher dimensions …

A bstract We compute scalar three-point celestial amplitudes involving two and three
massive scalars. The three-point coefficient of celestial amplitudes with two massive scalars …

This is the first of a series of two papers in which we study the one-dimensional defect CFT
defined by insertions of local operators along a $\tfrac {1}{2} $-BPS Wilson line in $\mathcal …

A bstract One of the most striking successes of the lightcone bootstrap has been the
perturbative computation of the anomalous dimensions and OPE coefficients of double-twist …

A bstract We present a new algorithm for the numerical evaluation of five-point conformal
blocks in d-dimensions, greatly improving the efficiency of their computation. To do this we …

A bstract We advance the multipoint lightcone bootstrap and compute anomalous
dimensions of triple-twist operators at large spin. In contrast to the well-studied double-twist …