Potential consequences of wormhole-mediated entanglement

TL;DR

This paper explores the theoretical implications of wormhole-mediated entanglement, proposing experimental tests involving electric field measurements and examining potential causal effects of wave function collapse through such wormholes.

Contribution

It introduces the idea of testing wormhole-mediated entanglement via electric field measurements and discusses the possibility of causal wave function collapse through traversable wormholes.

Findings

Electric field leakage could indicate wormhole connections.

Traversable wormholes might allow causal wave function collapse.

Experimental tests could validate quantum gravity theories.

Abstract

There are hints that the connectivity of space-time in quantum gravity could emerge from entanglement, and it has further been proposed that any two entangled particles may be connected by a quantum wormhole. One way to test this proposal is by probing the electric field of an entangled charged particle to determine whether its electric field leaks through the putative wormhole. In addition, if such a wormhole is traversable, then it could be possible for the collapse of the wave function to occur in a causal manner, with information about the collapse travelling through the wormhole at the speed of light, rather than the wave function collapse being a global and instantaneous event.