Effective action of bosonic string theory at order
arXiv:1907.06500 · doi:10.1140/epjc/s10052-019-7357-4
Abstract
Recently, it has been shown that the gauge invariance requires the minimum number of independent couplings for -field, metric and dilaton at order to be 60. In this paper we fix the corresponding 60 parameters in string theory by requiring the couplings to be invariant under the global T-duality transformations. The Riemann cubed terms are exactly the same as the couplings that have been found by the S-matrix calculations.
18 pages, Latex file, no figure; V2: the version appears in EPJC; V3: a sign typo corrected
References in corpus (5)
Cited by in corpus (24)
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- Duality Invariance and Higher Derivatives
- On NS-NS couplings at order
- Minimal gauge invariant couplings at order : NS-NS fields
- Surface terms in the effective actions via duality constraints
- The -symmetry of supergravity
- Background independence of effective actions at critical dimension
- symmetry of NS-NS couplings at order
- T-duality and hints of generalized geometry in string corrections
- Higher-derivative field redefinitions in the presence of boundary
- symmetry of bosonic string theory at order
- Effective action of string theory at order in the presence of boundary
- String theory at order and the generalized Bergshoeff-de Roo identification
- Couplings of order six in the gauge field strength and the second fundamental form on a D-brane at order
- Higher-derivative couplings and torsional Riemann curvature
- O-plane couplings at order : one R-R field strength
- Surface terms in effective action of O-plane at order
- T-duality constraint on R-R couplings
- The data on the boundary at order
- Higher-derivative Heterotic Kerr-Sen Black Holes
- Six-Derivative Yang-Mills Couplings in Heterotic String Theory
- T-duality of D-brane versus O-plane actions
- Consistent Four-derivative Heterotic Truncations and the Kerr-Sen Solution
- Minimal gauge invariant couplings at order in M-theory