Importance

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Abstract

The technology provided by the present invention makes it possible to obtain desired calculation results efficiently while appropriately avoiding a deadlock in qubit operations performed in a situation where a large number of qubits are arranged. An electron configuration device formed by a quantum computer includes a bus area, an aisle area, and a seat area in a qubit array. In an environment where the seat area and the bus area are connected by the aisle area, the electron configuration device is configured such that a first qubit initially arranged in a predetermined seat area reaches the bus area through the aisle area connected to the seat area and moves through the bus area to a position adjacent to a second qubit to be operated on.

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First Claim