Term

conveyor-mode shuttling

別名: コンベアモード・シャトリング

Overview

Conveyor-mode shuttling is a method used in semiconductor quantum computing to transport electrons (and their spin states) across a chip. By applying phased microwave voltages to a series of gate electrodes, a moving electrostatic potential well is created. This allows an electron to be carried along like a passenger on a conveyor belt, maintaining its quantum coherence over relatively long distances, which is essential for scaling up quantum processors.

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