Add to ORKGIn these proceedings, the multiloop amplitude prescription using the super-Poincare invariant pure spinor formalism for the superstring is reviewed. Unlike the RNS prescription, there is no sum over spin structures and surface terms coming from the boundary of moduli space can be ignored. Massless N-point multiloop amplitudes vanish for N<4, which implies (with two mild assumptions) the perturbative finiteness of superstring theory. And R^4 terms receive no multiloop corrections in agreement with the Type IIB S-duality conjecture of Green and Gutperle
This is the first installment of a series of three papers in which we describe a method to determine...
The super-Poincaré covariant formalism for the superstring is used to compute massless four-point tw...
We generalize to the eleven-dimensional superparticle Berkovits' prescription for loop computations ...
In this article, the multiloop amplitude prescription using the super-Poincare invariant pure spinor...
A ten-dimensional super-Poincare covariant formalism for the superstring was recently developed whic...
A ten-dimensional super-Poincaré covariant formalism for the superstring was recently developed whic...
We give an explicit construction of the superstring multiloop amplitudes in terms of theta functions...
We use the non-minimal pure spinor formalism to compute in a super-Poincare covariant manner the fou...
The pure spinor formalism for the superstring has recently been used to compute massless four-point ...
We use the non-minimal pure spinor formalism to compute in a super-Poincare covariant manner the fou...
This thesis discusses how the pure spinor formalism can be used to efficiently compute superstring s...
In this paper the pure spinor formalism is used to obtain a compact expression for the superstring N...
Using the non-minimal version of the pure spinor formalism, manifestly super-Poincare covariant supe...
In this paper the pure spinor formalism is used to obtain a compact expression for the superstring N...
The pure spinor formalism for the superstring has the advantage over the more conventional Ramond-Ne...
This is the first installment of a series of three papers in which we describe a method to determine...
The super-Poincaré covariant formalism for the superstring is used to compute massless four-point tw...
We generalize to the eleven-dimensional superparticle Berkovits' prescription for loop computations ...
In this article, the multiloop amplitude prescription using the super-Poincare invariant pure spinor...
A ten-dimensional super-Poincare covariant formalism for the superstring was recently developed whic...
A ten-dimensional super-Poincaré covariant formalism for the superstring was recently developed whic...
We give an explicit construction of the superstring multiloop amplitudes in terms of theta functions...
We use the non-minimal pure spinor formalism to compute in a super-Poincare covariant manner the fou...
The pure spinor formalism for the superstring has recently been used to compute massless four-point ...
We use the non-minimal pure spinor formalism to compute in a super-Poincare covariant manner the fou...
This thesis discusses how the pure spinor formalism can be used to efficiently compute superstring s...
In this paper the pure spinor formalism is used to obtain a compact expression for the superstring N...
Using the non-minimal version of the pure spinor formalism, manifestly super-Poincare covariant supe...
In this paper the pure spinor formalism is used to obtain a compact expression for the superstring N...
The pure spinor formalism for the superstring has the advantage over the more conventional Ramond-Ne...
This is the first installment of a series of three papers in which we describe a method to determine...
The super-Poincaré covariant formalism for the superstring is used to compute massless four-point tw...
We generalize to the eleven-dimensional superparticle Berkovits' prescription for loop computations ...