The pure spinor formalism for the superstring has recently been used to compute massless four-point two-loop amplitudes in a manifestly super-Poincare covariant manner. In this paper, we show that when all four external states are Neveu-Schwarz, the two-loop amplitude coincides with the RNS result
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
A ten-dimensional super-Poincare covariant formalism for the superstring was recently developed whic...
We compute the massless five-point amplitude of open superstrings using the non-minimal pure spinor ...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
This thesis discusses how the pure spinor formalism can be used to efficiently compute superstring s...
The massless 4-point one-loop amplitude computation in the pure spinor formalism is shown to agree w...
The massless 4-point one-loop amplitude computation in the pure spinor formalism is shown to agree w...
Using the pure spinor formalism we prove identities which relate the tree-level, one-loop and two-lo...
The massless 4-point one-loop amplitude computation in the pure spinor formalism is shown to agree w...
The super-Poincaré covariant formalism for the superstring is used to compute massless four-point tw...
In these proceedings, the multiloop amplitude prescription using the super-Poincare invariant pure s...
In this article, the multiloop amplitude prescription using the super-Poincare invariant pure spinor...
We use the non-minimal pure spinor formalism to compute in a super-Poincare covariant manner the fou...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
A ten-dimensional super-Poincare covariant formalism for the superstring was recently developed whic...
We compute the massless five-point amplitude of open superstrings using the non-minimal pure spinor ...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
This thesis discusses how the pure spinor formalism can be used to efficiently compute superstring s...
The massless 4-point one-loop amplitude computation in the pure spinor formalism is shown to agree w...
The massless 4-point one-loop amplitude computation in the pure spinor formalism is shown to agree w...
Using the pure spinor formalism we prove identities which relate the tree-level, one-loop and two-lo...
The massless 4-point one-loop amplitude computation in the pure spinor formalism is shown to agree w...
The super-Poincaré covariant formalism for the superstring is used to compute massless four-point tw...
In these proceedings, the multiloop amplitude prescription using the super-Poincare invariant pure s...
In this article, the multiloop amplitude prescription using the super-Poincare invariant pure spinor...
We use the non-minimal pure spinor formalism to compute in a super-Poincare covariant manner the fou...
Using the results recently obtained for computing integrals over (non-minimal) pure spinor superspac...
A ten-dimensional super-Poincare covariant formalism for the superstring was recently developed whic...
We compute the massless five-point amplitude of open superstrings using the non-minimal pure spinor ...