Stabilization of internal space in noncommutative multidimensional cosmology
N. Khosravi, S. Jalalzadeh, H. R. Sepangi
TL;DR
This paper investigates a noncommutative multidimensional cosmological model with a scalar field, demonstrating that noncommutativity can lead to the stabilization of internal dimensions, which is crucial for consistent higher-dimensional theories.
Contribution
It introduces a novel noncommutative framework in multidimensional cosmology showing how internal space stabilization can be achieved through noncommutativity effects.
Findings
Noncommutativity stabilizes internal dimensions.
Scalar field noncommutativity influences cosmological evolution.
Internal space remains stable due to noncommutative effects.
Abstract
We study the cosmological aspects of a noncommutative, multidimensional universe where the matter source is assumed to be a scalar field which does not commute with the internal scale factor. We show that such noncommutativity results in the internal dimensions being stabilized
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