On Non-BPS Effective Actions of String Theory
arXiv:1703.09996 · doi:10.1140/epjc/s10052-018-5868-z
Abstract
We discuss some physical prospective of the non-BPS effective actions of type IIA and IIB superstring theories. By dealing with the complete all three and four point functions, including a closed string Ramond-Ramond (in terms of both its field strength and its potential), gauge (scalar) fields as well as a real tachyon and under symmetry structures, we find various restricted world volume and bulk Bianchi identities. The complete forms of the non-BPS scattering amplitudes including their Chan-Paton factors are elaborated. All the singularity structures of the non-BPS amplitudes, their all orders higher derivative corrections, their contact terms and various modified Bianchi identities are derived. Finally we show that scattering amplitudes computed in different super-ghost pictures are compatible when suitable Bianchi identities are imposed on the Ramond-Ramond fields. Moreover, we argue that the higher derivative expansion in powers of the momenta of the tachyon is universal.
This paper is about D-brane effective actions and is dedicated to the memory of Joe Polchinski, the D-brane master, whom I learnt alot about string theory effective actions. V2 accepted in EPJC
References in corpus (11)
- On Wess-Zumino terms of Brane-Antibrane systems
- entropy of M5 branes from dielectric effect
- More on closed string induced higher derivative interactions on D-branes
- On higher derivative corrections to Wess-Zumino and Tachyonic actions in type II super string theory
- Universality in all-order corrections to BPS/non-BPS brane world volume theories
- Shedding light on new Wess-Zumino couplings with their corrections to all orders in alpha-prime
- One loop scattering on D-branes
- On RR Couplings and Bulk Singularity Structures of Non-BPS Branes
- On Bulk Singularity Structures and all order Contact Terms of BPS String Amplitudes
- Remarks on Non-BPS String Amplitudes and Their All Order Contact Interactions in IIB, IIA
- Highly Symmetric D-brane-Anti-D-brane Effective Actions