Integrability in String Theories
arXiv:physics/0604016
Abstract
The solution term by term to the scattering of all consistent string theories is given. The moduli space of M-theory is derived and connects the various string theories. The solutions contain both the perturbative and non-perturbative sectors of the string. Modular forms found by differential equations on subspaces of the M-theory moduli space and transfinite algebras play an essential role in deriving the coefficients. Various results and identities in algebra are found from the explicit solution. Archetypes and models are presented in accord with phenomenology and cosmology.
48 pages, LaTeX, 3 figures
References in corpus (12)
- Scalar Field Theory in the Derivative Expansion
- Gauge Theories in the Derivative Expansion
- Quantum Gravity with the Standard Model
- Quantum Gauge Theory Amplitude Solutions
- Mass Patterns in the Fermion Spectrum
- Masses and Interactions in Quantum Chromodynamics
- Tree Amplitudes in Scalar Field Theories
- Quantum Solution to Scalar Field Theory Models
- Derivation of QFT Dynamics
- N=4 Supersymmetric Gauge Theory in the Derivative Expansion
- Tree Amplitudes in Gauge and Gravity Theories
- N=4 S-duality Compliant Scattering and within the AdS/CFT Duality