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CHARGED PARTICLE TRAP OPERATION

发明专利审中
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16权利要求 · 2 独立
§ Ⅰ

卷宗概要

发明人

Raghavendra SRINIVAS; David ALLCOCK; Maciej MALINOWSKI; Chris BALLANCE

IPC 分类

G6N 10/20H1J 49/42

CPC 分类

G6N10/20H1J49/4255

A method of operating a charged particle trap which includes a set of trap electrodes. The method comprise trapping a first charged particle at a first position, the first charged particle providing a first qubit having a first transition frequency and trapping a second charged particle, at a second position, the second charged particle providing a second qubit having a second transition frequency. The method comprises applying a potential gradient to the first and second charged particles, wherein the first and second charged particles experience first and second magnitudes of potential gradient, respectively, and wherein the potential gradient oscillates at a given frequency and is monochromatic. The method comprises, while applying the potential gradient, applying a first oscillating potential to a first electrode at a first given frequency so as to apply a first oscillating electric field to the first charged particle and applying a second oscillating potential to a second electrode at a second frequency so as to apply a second oscillating electric field to the second charged particle.

原文(中文)

A method of operating a charged particle trap which includes a set of trap electrodes. The method comprise trapping a first charged particle at a first position, the first charged particle providing a first qubit having a first transition frequency and trapping a second charged particle, at a second position, the second charged particle providing a second qubit having a second transition frequency. The method comprises applying a potential gradient to the first and second charged particles, wherein the first and second charged particles experience first and second magnitudes of potential gradient, respectively, and wherein the potential gradient oscillates at a given frequency and is monochromatic. The method comprises, while applying the potential gradient, applying a first oscillating potential to a first electrode at a first given frequency so as to apply a first oscillating electric field to the first charged particle and applying a second oscillating potential to a second electrode at a second frequency so as to apply a second oscillating electric field to the second charged particle.