Quantum Computing: Beyond Zeros and Ones
Traditional computers as we know them are reaching a fundamental barrier where they will not be able to solve certain problems or go any faster—enter quantum computing.
![quantum-wave-particle-waters0817](/sites/default/files/styles/landscape_750_463/public/2017-07/quantum-wave-particle-waters0817.jpg.webp?itok=s66Xoo4s)
Tianhe-2 is the one of the world’s fastest supercomputers. Its 3.2 million Intel cores, which takes up space roughly equivalent to half a football field, are capable of processing 34 quadrillion calculations per second.
But the future of computing could fit into a traditional computer rack, or perhaps an even smaller box, kept at temperatures colder than interstellar space. While nowhere near as powerful as Tianhe-2—yet—the idea of quantum computing has scientists abuzz, and for good reason.
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