Error correction in a silicon qubit system was demonstrated by the researchers. By demonstrating error correction in a three-qubit silicon-based quantum computing device, researchers from RIKEN in Japan have made a significant advancement toward large-scale quantum computing. This research, which w
in Japan have made a significant advancement toward large-scale quantum computing. This research, which was published inQuantum computers are a prominent field of study right now because they promise to solve important problems that are unsolvable with conventional computers. Instead of employing the straightforward 1 or 0 binary bits inherent in traditional computers, they use superimposition states of quantum physics.
Silicon-based quantum technology, which has just recently started to be developed, is known to offer an advantage in that it uses a semiconductor nanostructure comparable to what is frequently used to integrate billions of transistors on a compact chip, and hence potentially benefits from existing manufacturing technology.
In the current research, conducted by researchers at the RIKEN Center for Emergent Matter Science and the RIKEN Center for Quantum Computing, the group achieved this feat, demonstrating full control of a three-qubit system , thus providing a prototype for the first time of quantum error correction in silicon. They achieved this by implementing a three-qubit Toffoli-type quantum gate.
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