Intel releases software platform for quantum computing developers to help build quantum algorithms

News on March 1, local time in the United States on Tuesday, chip giant Intel released a new software platform for developers to build quantum algorithms. Eventually, these algorithms could run on the quantum computers Intel is trying to build.

Anne Matsuura, director of quantum applications and architecture at Intel Research Institute, said that this platform, called Intel Quantum SDK (Quantum Software Development Kit), currently allows some quantum algorithms to run on simulated quantum computing systems. Quantum computing is based on quantum physics and can theoretically perform calculations faster than traditional computers.

Matsuura said developers can use the time-honored programming language C to build quantum algorithms to make it more accessible to people without quantum computing expertise. She also said: "Intel Quantum SDK will help programmers prepare for future large-scale commercial quantum computers. It will also promote industry development by creating a community of developers to accelerate application development."

In addition to technology giants such as IBM and Alphabet's Google, a large number of start-ups are seeking to develop quantum computer hardware. But so far, no company has built a quantum device that would have a major impact in the field. With that in mind, Intel said, using quantum computing simulators like the one Intel built is critical to training developers and studying algorithms.

So far, Intel doesn’t have a quantum computer available to customers, but James Clarke, the company’s executive responsible for quantum hardware, said Intel has been working on leveraging its capabilities for the past six years. Expertise in silicon transistor design, high-volume manufacturing and fabrication techniques to build full-stack commercial quantum computing systems based on silicon spin qubits.

What we did at Intel was to put transistors very close to each other, operate them with single electrons at low temperatures, and let those transistors act as qubits," Clark explained. Qubits are the basic unit of quantum computing.

Anne Matsuura said: "Our overall goal is to build a scalable commercial quantum computer that can solve practical problems that are difficult to solve with classical computers."

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