Wormholes and Time-Machines
Frank Antonsen, Karsten Bormann

TL;DR
This paper explores the possibility of wormholes functioning as time-machines within quantum mechanics, examining whether such constructs can be consistent with established physical laws.
Contribution
It introduces quantum mechanical considerations to assess the feasibility of wormholes as self-consistent time-machines.
Findings
Quantum effects may impose constraints on wormhole time-machine viability
Self-consistency conditions could prevent paradoxes in wormhole time-travel scenarios
Further research needed to fully understand quantum implications
Abstract
It has been proposed that wormholes can be made to function as time-machines. This opens up the question of whether this can be accomodated within a self-consistent physics or not. In this contribution we present some quantum mechanical considerations in this respect.
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Taxonomy
TopicsQuantum chaos and dynamical systems · Quantum Mechanics and Applications · Scientific Research and Discoveries
