Noncommutative Quantum Cosmology
Luis O. Pimentel, Cesar Mora
TL;DR
This paper explores noncommutative quantum cosmology within low-energy string theory, deriving exact solutions and comparing them to traditional commutative models to understand the effects of noncommutativity.
Contribution
It provides exact solutions for noncommutative quantum cosmology in string theory and compares these with commutative models, highlighting the impact of noncommutativity.
Findings
Exact solutions for noncommutative quantum cosmology are obtained.
Noncommutative models show distinct differences from commutative ones.
Comparison reveals potential implications for early universe physics.
Abstract
We consider noncommutative quantum cosmology in the case of the low-energy string effective theory. Exacts solutions are found and compared with the commutative case.The Noncommutative quantum cosmology is considered in the case of the low-energy string effective theory. Exacts solutions are found and compared with the commutative case.
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