Albert Einstein wasn't entirely convinced about quantum mechanics, suggesting our understanding of it was incomplete.
is indeed possible and that two entangled particles can be connected over a distance. Now a new experiment further confirms it, and in a way we haven't seen before.
Not only does this experiment run the Bell test at longer distances than previously attempted, but it also runs it using superconducting circuits, which are expected to play a significant role in the development ofBecause of the way the experiment is structured, with hundreds of micrometer-sized electronic circuits, a modified version could be used in several ways.
Despite the challenges of constructing and fine-tuning the machine, the researchers are confident that it could be adapted to work on larger scales, too, pushing the boundaries of what we know about quantum mechanics. With this setup, it took light 110 nanoseconds to travel down the tube, and the measurements were taken in just a few nanoseconds less. Researchers used microwave photons to create the entanglement, and more than a million measurements were evaluated to show the violation of Bell's inequality.
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