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A quantum experiment turns good dice into perfect dice
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A quantum experiment turns good dice into perfect dice

Researchers at ETH Zurich have achieved something remarkable by generating perfect random numbers for the first time. They did this by enhancing randomness through a method called the Bell test, which is rooted in the famous debate between Einstein and Bohr about the nature of randomness in quantum mechanics. This breakthrough means that the numbers generated are truly random, eliminating hidden patterns that could compromise security in encryption methods. It's a fascinating development that could change how we think about randomness and its applications in technology.
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