Massive Boson-Fermion Degeneracy and the Early Structure of the Universe
arXiv:0808.1340 · doi:10.1002/prop.200810570
Abstract
The existence of a new kind of massive boson-fermion symmetry is shown explicitly in the framework of the heterotic, type II and type II orientifold superstring theories. The target space-time is two-dimensional. Higher dimensional models are defined via large marginal deformations of JxJ-type. The spectrum of the initial undeformed two dimensional vacuum consists of massless boson degrees of freedom, while all massive boson and fermion degrees of freedom exhibit a new Massive Spectrum Degeneracy Symmetry (MSDS). This precise property, distinguishes the MSDS theories from the well known supersymmetric SUSY-theories. Some proposals are stated in the framework of these theories concerning the structure of: (i) The Early Non-singular Phase of the Universe, (ii) The two dimensional boundary theory of AdS3 Black-Holes, (iii) Plausible applications of the MSDS theories in particle physics, alternative to SUSY.
24 pages
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Cited by in corpus (8)
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- Orbifold Symmetry Reductions of Massive Boson-Fermion Degeneracy
- Towards the Classification of Tachyon-Free Models From Tachyonic Ten-Dimensional Heterotic String Vacua
- Stable Three Generation Standard--like Model From a Tachyonic Ten Dimensional Heterotic--String Vacuum
- Saturating unitarity bounds at U-duality symmetric points