Bianchi spacetimes in noncommutative phase-space
B. Vakili, N. Khosravi, H. R. Sepangi
TL;DR
This paper explores how noncommutativity affects the classical and quantum cosmology of Bianchi models, providing exact solutions and analyzing symmetries to understand their differences and similarities.
Contribution
It presents exact solutions for Bianchi models in noncommutative phase-space and compares their symmetries with commutative cases, advancing understanding of noncommutative cosmology.
Findings
Exact solutions in noncommutative and commutative cases
Analysis of Noether symmetries in Bianchi models
Identification of similarities and differences in symmetries
Abstract
The effects of noncommutativity in the phase-space of the classical and quantum cosmology of Bianchi models are investigated. Exact solutions in both commutative and noncommutative cases are presented and compared. Further, the Noether symmetries of the Bianchi class A spacetimes are studied in both cases and similarities and differences are discussed.
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