TL;DR
This paper develops a theory of gravity on noncommutative spacetimes using theta-twisted transformations, aiming to extend classical gravity concepts into quantum geometry frameworks.
Contribution
It introduces a novel formulation of gravity incorporating theta-twisted symmetries on noncommutative geometries, expanding the theoretical landscape of quantum gravity models.
Findings
Consistent formulation of gravity with theta-twisted symmetries.
Extension of General Coordinate Transformations to noncommutative settings.
Preservation of Local Lorentz Invariance in the noncommutative gravity model.
Abstract
We describe a theory of gravitation on canonical noncommutative spacetimes. The construction is based on theta-twisted General Coordinate Transformations and Local Lorentz Invariance.
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