Field theory actions for ambitwistor string and superstring
arXiv:1807.07661 · doi:10.1007/JHEP09(2018)097
Abstract
We analyze the free ambitwistor string field theory action for the bosonic string, heterotic string and both GSO sectors of the Type II string. The spectrum contains non-unitary states and provides an interesting consistency test for one-loop ambitwistor string computations.
14 pages, Fixed typos
References in corpus (12)
- Introduction to string field theory
- Closed String Field Theory: Quantum Action and the BV Master Equation
- Scattering of Massless Particles in Arbitrary Dimension
- Ambitwistor strings and the scattering equations
- An Alternative String Theory in Twistor Space for N=4 Super-Yang-Mills
- Conformal Supergravity in Twistor-String Theory
- Ambitwistor strings and the scattering equations at one loop
- Doubled α'-Geometry
- One-loop amplitudes on the Riemann sphere
- Ambitwistor formulations of gravity and gauge theories
- Amplitudes for left-handed strings
- A Superstring Field Theory for Supergravity
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- Yang-Mills theory from the worldsheet
- Bosonic sectorized strings and the theory
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- Ambitwistor Strings in Six and Five Dimensions
- Ambitwistor Strings and the Scattering Equations on AdSS
- Asymmetrically twisted strings
- Green-Schwarz and Pure Spinor Formulations of Chiral Strings
- Massive strings from a haunted field theory
- On the Spectrum and Spacetime Supersymmetry of Heterotic Ambitwistor String
- An Alternative Perspective on Ambitwistor String Theory
- Ambitwistor strings and amplitudes in curved backgrounds
- One-loop matrix elements of effective superstring interactions: -expanding loop integrands