A Worldsheet Theory for Supergravity
arXiv:1409.5656 · doi:10.1007/JHEP02(2015)116
Abstract
We present a worldsheet theory that describes maps into a curved target space equipped with a B-field and dilaton. The conditions for the theory to be consistent at the quantum level can be computed exactly, and are that the target space fields obey the nonlinear d=10 supergravity equations of motion, with no higher curvature terms. The path integral is constrained to obey a generalization of the scattering equations to curved space. Remarkably, the supergravity field equations emerge as quantum corrections to these curved space scattering equations.
17 pages, no figures. v2: references added, published version
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- One-loop Scattering Equations and Amplitudes from Forward Limit
- Gluons and gravitons at one loop from ambitwistor strings
- CHY representations for gauge theory and gravity amplitudes with up to three massive particles
- Twistor theory at fifty: from contour integrals to twistor strings
- Two-Loop Scattering Amplitudes from Ambitwistor Strings: from Genus Two to the Nodal Riemann Sphere
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- MHV scattering of gluons and gravitons in chiral strong fields
- Graviton scattering in self-dual radiative space-times
- Einstein gravity from the spinning particle
- A String Theory Which Isn't About Strings
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- Notes on the ambitwistor pure spinor string
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- Windings of twisted strings
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- A Superstring Field Theory for Supergravity
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- Space-time CFTs from the Riemann sphere
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- General relativity as a two-dimensional CFT
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- On an alternative quantization of R-NS strings