Newtonian M(atrix) Cosmology
E. Alvarez, P. Meessen (Universidad Aut\'onoma de Madrid)
TL;DR
This paper constructs a Newtonian matrix cosmology model based on the BFSS model of M-theory, revealing static solutions and discussing the interpretation of off-diagonal entries as background geometry.
Contribution
It introduces a Newtonian matrix cosmology framework linked to the BFSS model, providing new static solutions and insights into background geometry interpretation.
Findings
Existence of static solutions in the model
Off-diagonal entries may represent background geometry
Framework connects Newtonian cosmology with M-theory
Abstract
A Newtonian matrix cosmology, correspoding to the BFSS model of eleven-dimensional M-theory in the IMF as a (0+1) M(atrix) model is constructed. Interesting new results are obtained, such as the existence of (much sought for in the past) static solutions. The possible interpretation of the off-diagonal entries as a background geometry is also briefly discussed.
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