Knot Universes in Bianchi Type I Cosmology
Ratbay Myrzakulov
TL;DR
This paper explores complex knot-shaped universe models within Bianchi Type I cosmology, analyzing their properties and introducing new solutions like unknotted curves, to understand cyclic and exotic universe scenarios.
Contribution
It constructs novel knot universe models and unknotted solutions in Bianchi Type I cosmology, expanding the landscape of possible universe geometries.
Findings
Knot universe models exhibit cyclic and complex geometrical properties.
Unknotted solutions such as spiky and M"obius strip universes are demonstrated.
The models provide insights into exotic cosmological structures.
Abstract
We investigate the trefoil and figure-eight knot universes from Bianchi-type I cosmology. In particular, we construct several concrete models describing the knot universes related to the cyclic universe and examine those cosmological features and properties in detail. Finally some examples of unknotted closed curves solutions (spiky and Mobius strip universes) are presented.
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