Toward the Determination of R^3F^2 Terms in M-theory

Abstract

Higher derivative terms in M-theory are investigated by applying the Noether method. Cancellation of variations under the local supersymmetry is examined to the order linear in F by a computer program. Structure of R^4 terms is uniquely determined and exactly matches with one-loop effective terms in type IIA superstring theory. A part of R^3F^2 terms is also determined.

13 pages, a reference added

References in corpus (2)

• Some Superstring Amplitude Computations with the Non-Minimal Pure Spinor Formalism
• Progress toward the Determination of Complete Vertex Operators for The IIB Matrix Model

Cited by in corpus (11)

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• Higher Derivative Supergravities in Diverse Dimensions
• Foliated eight-manifolds for M-theory compactification
• The action principle and the supersymmetrisation of Chern-Simons terms in eleven-dimensional supergravity
• Higher Derivative Corrections in M-theory via Local Supersymmetry
• Quantum Aspects of Black Objects in String Theory
• d = 11 Supergravity on almost flat R^4 times a compact hyperbolic 7-manifold, and the dip and bump seen in ATLAS-CONF-2010-088
• Minimal gauge invariant couplings at order ${\ell }_p^6$ in M-theory
• Cosmological Perturbations via Quantum Corrections in M-theory
• Improvement of a provisional solution of the quantum-corrected field equations of d = 11 supergravity on flat R^4 times a compact hyperbolic 7-manifold, and modes that decay along the beam line outside the interaction region at the LHC