Quantum Entanglement creates a wormhole

1. Quantum Entanglement creates a wormhole Sonner generated entangled quarks using the Schwinger effect and mapped them on a four-dimensional space. Because gravity is thought to exist in the fifth-dimension, Sonner used a concept in String Theory call holographic duality, which allows a complex dimension to be derived from the next smallest dimension. As Albert Einstein famously labeled, “spooky action at a distance,” quantum entanglement is a strange theory that involves entangled particles that always assume instant and corresponding states. Earlier this year, it was discovered that two black holes form a “wormhole” or gravitational tunnel connecting two areas of the universe, when entangled and pulled apart. Julian Sonner at MIT has found that a similar occurrence happens with the creation of quarks. When two entangled quarks are created, a wormhole is created connecting the entangled pair. When Sonner created the entangled quarks, a wormhole emerged connecting the two quarks. These findings suggest that gravity as well as the geometry of the universe, arises from entanglement. Created by Eric Pujari with information from phys.org