Massive Supermultiplets in Four-Dimensional Superstring Theory
arXiv:1202.4466 · doi:10.1016/j.nuclphysb.2012.03.010
Abstract
We extend the discussion of arXiv:1007.5254 on massive Regge excitations on the first mass level of four-dimensional superstring theory. For the lightest massive modes of the open string sector, universal supermultiplets common to all four-dimensional compactifications with N = 1, 2 and N = 4 spacetime supersymmetry are constructed respectively -- both their vertex operators and their supersymmetry variations. Massive spinor helicity methods shed light on the interplay between individual polarization states.
75 pages, 13 figures
References in corpus (11)
- Generating Tree Amplitudes in N=4 SYM and N=8 SG
- The LHC String Hunter's Companion
- Simple superamplitudes in higher dimensions
- Supersymmetry Relations and MHV Amplitudes in Superstring Theory
- Direct Production of Lightest Regge Resonances
- The covariant perturbative string spectrum
- Higher Spin Scattering in Superstring Theory
- On stable higher spin states in Heterotic String Theories
- Higher Loop Spin Field Correlators in Various Dimensions
- Three particle superstring amplitudes with massive legs
- Scattering of massive open strings in pure spinor
Cited by in corpus (11)
- M-strings, Elliptic Genera and N=4 String Amplitudes
- Classical Limit of Higher-Spin String Amplitudes
- Computing Three-Point Functions for Short Operators
- Scattering Massive String Resonances through Field-Theory Methods
- String Resonances at Hadron Colliders
- Extracting Bigravity from String Theory
- Spin-four N=7 W-Supergravity: S-fold and Double Copy Construction
- Three particle superstring amplitudes with massive legs
- Fermionic one-loop amplitudes of the RNS superstring
- Refined Partition Functions for Open Superstrings with 4, 8 and 16 Supercharges
- Redshift in a six-dimensional classical Kaluza-Klein type model