使用Qiskit分析量子计算机框架

Devesh Joshi, N. Mohd.
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引用次数: 0

摘要

我们使用电脑、移动电话和许多其他设备进行计算和存储。所有这些设备都使用一些特定的硬件来处理数据,并在我们的日常活动中为我们提供有意义的结果。我们日常生活中使用的经典计算机具有概率性、确定性和逻辑性。这些设备帮助我们处理许多任务,如教育、医疗问题、银行业务等。随着世界上数据的不断增加,这种海量数据的存储能力和计算能力的不足日益增加。因此,我们需要一种新的设备来处理这个问题,并提供令人满意的结果。量子计算机是一种新的、即将到来的技术,可以帮助应对这些挑战。这些计算机可以通过使用纠缠量子比特(qubits)来存储和处理传统计算机无法存储和处理的信息。随着量子比特纠缠度的提高,计算能力和存储能力呈指数级增长。这可能会将我们引入一个强大计算的新领域,并改变我们处理庞大数据集的方式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Anatomy of Quantum Computer Framework using Qiskit
We use computers, mobile phones, and numerous other devices for computation and storage purposes. All these devices use some specific hardware to process data and give us a meaningful outcome in our everyday activities. Classical computer which we use in our daily lives are probabilistic, deterministic and logical. These devices help us tackle many tasks such as education, medical issues, banking and many others. As the data increases in our world the shortage of storage capacity and computation of such a massive data is increasing day by day. We therefore need a new device that can deal with the problem and deliver outcomes that are satisfactory. Quantum Computers are a new, forthcoming technology that can help with these challenges. These computers can store and process information that a classical computer cannot, by using entangled quantum bits (qubits). The power of computation and storage grows exponentially as qubit entanglement rises. This could introduce us to a new realm of powerful computation and alter how we handle huge datasets.
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