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기록

METHODS AND SYSTEMS FOR INTER-MODULE TRANSPORT IN TRAPPED ION QUANTUM COMPUTERS

발명심사 중
2조회수
20청구항 · 1 독립항
§ Ⅰ

개요

발명자

Zak David ROMASZKO; Michael NEWMAN; Martin SIEGELE

IPC 분류

G6N 10/40

CPC 분류

G6N10/40

Disclosed herein are trapped-ion quantum computers, trapped-ion quantum computing modules, and techniques and methods for inter-module ion transport. A trapped-ion quantum computer, may comprise a plurality of quantum computing modules, wherein each module of the plurality of quantum computing modules is fabricated on a substrate, wherein feature electrode structures on a module of the plurality of quantum computing modules extend at least partially to an edge of an inter-module gap, and wherein an ion is transported across the inter-module gap with a temperature increase of less than about 100 motional quanta and a transfer infidelity rate of less than about 0.01.

원문 (중국어)

Disclosed herein are trapped-ion quantum computers, trapped-ion quantum computing modules, and techniques and methods for inter-module ion transport. A trapped-ion quantum computer, may comprise a plurality of quantum computing modules, wherein each module of the plurality of quantum computing modules is fabricated on a substrate, wherein feature electrode structures on a module of the plurality of quantum computing modules extend at least partially to an edge of an inter-module gap, and wherein an ion is transported across the inter-module gap with a temperature increase of less than about 100 motional quanta and a transfer infidelity rate of less than about 0.01.