When industry insiders talk about a future where quantum computers are capable of solving problems that classical, binary computers can’t, they’re referring to something called “quantum advantage.”

In order to achieve this advantage, quantum computers need to be stable enough to scale in size and capability. By-and-large, quantum computing experts believe the largest impediment to scalability in quantum computing systems is noise.

Related: Moody’s launches quantum-as-a-service platform for finance

The Harvard team’s research paper, titled “Logical quantum processor based on reconfigurable atom arrays,” describes a method by which quantum computing processes can be run with…

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