Beijing time on October 11 morning news, quantum computing will be the core of the next technological revolution, you may think that it is still far away, in fact, quantum computing will come earlier than expected. IBM began testing quantum processors in May last year, and scientists found in experiments that we can incorporate silicon into diamonds to make practical quantum computers. Google is considering providing quantum computing services in the form of cloud computing, and Microsoft wants to create new coding languages ​​for quantum computing. Now Intel has also made a breakthrough, and quantum computing has taken a big step toward reality. How did you do it? Intel developed a new superconducting chip using advanced materials technology and manufacturing technology, and handed the chip to R&D partner QuTech for testing.
According to Intel, the building blocks of quantum computing (that is, qubits) are quite fragile and can only operate at very low temperatures, 250 times lower than outer space, and are highly packaged and must prevent data loss. Intel's Oregon and Arizona teams found a new way to make 17-bit chips, the chip's architecture is more reliable at higher temperatures, and the RF interference between qubits is smaller. Compared with wire-bonded chips, the new chip sends and receives signals 10 to 100 times more. The design is better and can be used on larger quantum integrated circuits, which is much larger than traditional silicon chips.
Intel Labs executive Michael Mayberry explains: "Our quantum research has progressed, partner QuTech is simulating quantum algorithm workloads, and Intel regularly manufactures new qubit test chips with leading Manufacturing facility manufacturing. Because we have many advanced technologies in manufacturing, control electronics, and architecture, Intel will stand out from the crowd. Once new computing models emerge—including neuromorphic computing and quantum computing, we can take advantage of it. ."
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