In this article we present the worldsheet integrand for one-loop amplitudes in maximally supersymmetric superstring theory involving any number n of massless open string states. The polarization dependence is organized into the same BRST invariant kinematic combinations which also govern the leading string correction to tree level amplitudes. The dimensions of the bases for both the kinematics and the associated worldsheet integrals is found to be the unsigned Stirling number S_3^{n-1} of first kind. We explain why the same combinatorial structures govern on the one hand finite one-loop amplitudes of equal helicity states in pure Yang Mills theory and on the other hand the color tensors at quadratic alpha prime order of the color dressed tr...
Explicit expressions for one-loop five supergraviton scattering amplitudes in both type II superstri...
This thesis reviews the method of Mafra, Schlotterer, and Stieberger (2011) for computing the full c...
This thesis reviews the method of Mafra, Schlotterer, and Stieberger (2011) for computing the full c...
In this article we investigate one-loop amplitudes in maximally supersymmetric superstring theory. T...
In this article we present the worldsheet integrand for one-loop amplitudes in maximally supersymmet...
This is the first installment of a series of three papers in which we describe a method to determine...
We investigate massless n-point one-loop amplitudes of the open RNS superstring with two external fe...
We compute one-loop amplitudes in six-dimensional Yang-Mills theory with half-maximal supersymmetry ...
In this paper, we outline a method to compute supersymmetric one-loop integrands in ten-dimensional ...
In this final part of a series of three papers, we will assemble supersymmetric expressions for one-...
A simple BRST-closed expression for the color-ordered super-Yang-Mills 5-point amplitude at tree-lev...
We evaluate one-loop open-string amplitudes at finite $\alpha'$ for the first time. Our method invol...
We compute the massless five-point amplitude of open superstrings using the non-minimal pure spinor ...
The tree-level amplitude of six massless open strings is computed using the pure spinor formalism. T...
We calculate one-loop string amplitudes of open and closed strings with N=1,2,4 supersymmetry in fou...
Explicit expressions for one-loop five supergraviton scattering amplitudes in both type II superstri...
This thesis reviews the method of Mafra, Schlotterer, and Stieberger (2011) for computing the full c...
This thesis reviews the method of Mafra, Schlotterer, and Stieberger (2011) for computing the full c...
In this article we investigate one-loop amplitudes in maximally supersymmetric superstring theory. T...
In this article we present the worldsheet integrand for one-loop amplitudes in maximally supersymmet...
This is the first installment of a series of three papers in which we describe a method to determine...
We investigate massless n-point one-loop amplitudes of the open RNS superstring with two external fe...
We compute one-loop amplitudes in six-dimensional Yang-Mills theory with half-maximal supersymmetry ...
In this paper, we outline a method to compute supersymmetric one-loop integrands in ten-dimensional ...
In this final part of a series of three papers, we will assemble supersymmetric expressions for one-...
A simple BRST-closed expression for the color-ordered super-Yang-Mills 5-point amplitude at tree-lev...
We evaluate one-loop open-string amplitudes at finite $\alpha'$ for the first time. Our method invol...
We compute the massless five-point amplitude of open superstrings using the non-minimal pure spinor ...
The tree-level amplitude of six massless open strings is computed using the pure spinor formalism. T...
We calculate one-loop string amplitudes of open and closed strings with N=1,2,4 supersymmetry in fou...
Explicit expressions for one-loop five supergraviton scattering amplitudes in both type II superstri...
This thesis reviews the method of Mafra, Schlotterer, and Stieberger (2011) for computing the full c...
This thesis reviews the method of Mafra, Schlotterer, and Stieberger (2011) for computing the full c...