On the geometric trinity of gravity, non-relativistic limits, and Maxwell gravitation
Eleanor March, William J. Wolf, James Read

TL;DR
This paper reveals that Maxwell gravitation forms the core of the non-relativistic geometric trinity of gravity, contrasting with the relativistic case where no such common core exists.
Contribution
It identifies Maxwell gravitation as the dynamical core of the non-relativistic geometric trinity of gravity and explains its absence in the relativistic case.
Findings
Maxwell gravitation is the dynamical core of the non-relativistic geometric trinity.
No similar dynamical core exists in the relativistic geometric trinity.
The paper clarifies differences between non-relativistic and relativistic gravity frameworks.
Abstract
We show that the dynamical common core of the recently-discovered non-relativistic geometric trinity of gravity is Maxwell gravitation. Moreover, we explain why no analogous distinct dynamical common core exists in the case of the better-known relativistic geometric trinity of gravity.
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Taxonomy
TopicsCosmology and Gravitation Theories · Relativity and Gravitational Theory · Black Holes and Theoretical Physics
