Traversable intra-Universe wormholes and timeholes in General Relativity: two new solutions
Alexey L. Smirnov
TL;DR
This paper presents two new solutions in General Relativity that describe traversable intra-universe wormholes, expanding the theoretical landscape of possible spacetime structures.
Contribution
The paper introduces two novel intra-universe wormhole solutions using thin shell formalism, including a cosmological analog of the Aichelburg-Schein timehole and a form of the Bronnikov-Ellis solution.
Findings
Two new intra-universe wormhole solutions constructed
Solutions utilize thin shell formalism
Potential implications for traversable wormhole physics
Abstract
Using thin shell formalism we construct two solutions of intra-universe wormholes. The first model is a cosmological analog of the Aichelburg-Schein timehole, while another one is an intra-universe form of the Bronnikov-Ellis solution.
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