TL;DR
This paper constructs an eleven-dimensional superspace framework for M-theory using non-anticommutative geometry, aiming to develop a finite, stable version with realistic cosmological properties.
Contribution
It introduces a novel superspace formulation of M-theory with non-anticommutative geometry, addressing stability and cosmological ground states.
Findings
Constructed an eleven-dimensional superspace for M-theory.
Formulated a finite M-theory consistent with supergravity limits.
Discussed stability and de Sitter space as a ground state.
Abstract
We construct an eleven-dimensional superspace with superspace coordinates and formulate a finite M-theory using non-anticommutative geometry. The conjectured M-theory has the correct eleven-dimensional supergravity low energy limit. We consider the problem of finding a stable finite M-theory which has de Sitter space as a natural ground state, and the problem of eliminating possible future horizons.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Noncommutative and Quantum Gravity Theories · Geometric and Algebraic Topology