量子计算机与信息系统安全

Nouioua Tarek, Belbachir Ahmed Hafid
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引用次数: 2

摘要

多年来,许多研究人员和实验室一直在为一个目标而竞争,那就是量子计算机。近日,谷歌宣布凭借其量子计算机“Sycamore”实现了量子霸权。根据b谷歌的说法,这样的机器可以比任何传统计算机更快地进行天文数字的计算。一项可能在计算、实验技术、人工智能、医疗、化学、银行等多个领域引发真正革命的技术。但是,主要的问题是:它什么时候能成为现实?在本文中,我们将探索量子现象并解释量子计算机的原理,特别是量子比特(量子位),最终解释量子计算机是否存在以及它是否会对信息系统构成威胁?我们将通过展示现有的作品,并通过定义法律框架来探索这个主题,以实现一个可能解决我们所有可能问题的量子计算机。
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The Quantum Computer and the Security of Information Systems
Many researchers and laboratories have been engaged for years in a competition for a single objective, which is the quantum computer. Recently, Google has announced that it has achieved quantum supremacy with its quantum computer "Sycamore". According to Google, such a machine can make an astronomical quantity of calculations considerably faster than any conventional computer. A technology which could be a real revolution in several domains, Computing, Experimentation Technics, Artificial Intelligence, Medical, Chemical, Banking...etc. But, the main question is: when can it be a reality? In the present paper, we will explore quantum phenomena and explain principles of quantum computer especially the qubit (quantum bit), to finally explain whether or not the quantum computer is a reality and could it be a danger for the information systems? We will explore the subject by presenting existing works, and by defining the framework of laws to achieve a quantum computer that may solves all our possible problems.
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