Effective action of type II superstring theories at order : NS-NS couplings
arXiv:2011.02753 · doi:10.1007/JHEP02(2021)157
Abstract
Recently, it has been shown that the minimum number of gauge invariant couplings for -field, metric and dilaton at order is 872. These couplings, in a particular scheme, appear in 55 different structures. In this paper, up to an overall factor, we fix all parameters in type II supertirng theories by requiring the reduction of the couplings on a circle to be invariant under T-duality transformations. We find that there are 445 non-zero couplings which appear in 15 different structures. The couplings are fully consistent with the partial couplings that have been found in the literature by the four-point S-matrix element and by the non-linear Sigma model methods.
30 pages, Latex file, no figure; v2: references added, some clarifications for the presence of -symmetry at order added, the version appears in JHEP
References in corpus (4)
Cited by in corpus (21)
- O(D,D) and the string expansion: An obstruction
- General String Cosmologies at Order
- Black Hole Multipoles in Higher-Derivative Gravity
- Higher Derivative Supergravities in Diverse Dimensions
- Background independence of effective actions at critical dimension
- The -symmetry of supergravity
- symmetry of NS-NS couplings at order
- Completing using
- Higher-derivative field redefinitions in the presence of boundary
- symmetry of bosonic string theory at order
- Couplings of order six in the gauge field strength and the second fundamental form on a D-brane at order
- T-duality building blocks for string corrections
- Higher-derivative couplings and torsional Riemann curvature
- Surface terms in effective action of O-plane at order
- The data on the boundary at order
- Six-Derivative Yang-Mills Couplings in Heterotic String Theory
- Higher-derivative Heterotic Kerr-Sen Black Holes
- Black hole thermodynamics at 4 derivatives, natural variables and BPS limits
- T-duality of D-brane versus O-plane actions
- Consistent Four-derivative Heterotic Truncations and the Kerr-Sen Solution
- Type IIB at eight derivatives: insights from Superstrings, Superfields and Superparticles