In a recent scientific study of quantum computing on wormholes, researchers from Google and the University of California, Santa Barbara, have shown that it is possible to send quantum data through a simulated wormhole. In the experiment, they used a "baby" SYK-like model prepared to preserve gravitational properties and observed the wormhole dynamics on a quantum device at Google, namely the Sycamore quantum processor. The experiment showed that information (in the form of qubits) could be sent through one system and reappear on the other system in the right order, a behavior that is wormhole-like. This suggests that wormholes might be real and could be used to facilitate communication between distant points in space. Additionally, the study also showed that the relation between entanglement and wormholes may help in developing a unified theory of quantum mechanics and spacetime.
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