量子计算中的透视方法

Udit Pant, S. Dubey
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引用次数: 0

摘要

事实上,对于量子计算机超越经典计算机的霸主地位,人们没有任何顾虑。但是,这一事实在理论方面比在实践中更普遍。量子计算与量子现象的高度共轭具有一定的意义。量子系统可以被设计出来,而不是自我存在,这一事实是一个重大突破。挑战仍然是为量子系统设计无噪声的工作环境。发展量子比特的主要要求,如极低温(用于超导性),不仅难以实现,而且在经济上也不友好。然而,即使是方法上的微小转变,对高效量子系统的发展也至关重要。由于量子物理学科缺乏据点,在不久的将来开发量子计算机的可能性可能非常遥远。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perspective approach in quantum computing
Indeed, there are no second thoughts over the supremacy of quantum computers over classical computers. But, this fact prevails more in theoretical aspects than practical. Quantum computing being highly conjugated with the quantum phenomenon has certain implications. The fact that quantum systems can be designed rather than being self-existent is a major turnout. The challenge remains to design noise-free environments for the quantum system to work capably. Major requirements for the development of qubits like critically low temperatures (for superconductivity) are not only difficult to achieve but can be economically unfriendly. However, even a tiny shift of perspective in the approach can be crucial in the development of efficient quantum systems. Due to the lack of stronghold in the subject of quantum physics, the possibility of developing quantum computers in the near future might just be very distant.
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