TL;DR
This paper discovers gauge invariant vacuum wormhole solutions in a geometric gravity theory, showing such wormholes can exist without exotic matter, and discusses gauge freedom and experimental implications.
Contribution
It introduces gauge invariant vacuum wormhole solutions in a Weyl integrable geometry gravity theory, eliminating the need for exotic matter at the wormhole throat.
Findings
Vacuum wormholes are solutions of the gauge invariant theory.
No exotic matter is required to support these wormholes.
The paper discusses gauge freedom and potential experimental effects.
Abstract
We aim at finding static, spherically symmetric, vacuum solutions of a gauge invariant theory of gravity over Weyl integrable geometry spaces. It arises that vacuum wormholes of pure geometric nature are solutions of this theory. This means that there is not necessary to place any exotic matter at the throat of the wormhole in order to support it. A thorough discussion of the related gauge freedom and its experimental consequences is also given.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Cosmology and Gravitation Theories · Noncommutative and Quantum Gravity Theories