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QUANTUM ANNEALING AND COMPUTATION: A BRIEF DOCUMENTARY NOTE

机译:量子退火和计算:简要记录

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A Major breakthrough in Quantum Computation has recently been achieved employing the Quantum Annealing technique, for which the idea was first mooted by a group of Calcutta-based scientists; see Breakthrough in Quantum Computation, by Prof. Indrani Bose, Science and Culture, vol. 79, Nos. 9-10, pp. 381-382 (2013). In view of the importance of these developments and the claims for originality of various sources (papers) of the idea and its subsequent theoretical extensions, experimental verifications, implementations, etc (by different groups with acknowledgements and citations), it was felt that an extensive document is needed. This documentary note gives the title and abstract (with receipt dates) and some relevant excerpts of some of the high impact papers in this series of development. Along with some historical introduction and notes, it tells briefly the major achievements made in the respective papers, reiterated, often in their captions, the context of the specific issue addressed in the paper. This document is expected therefore to be helpful to follow this exciting sequence of developments in achieving a particular kind of efficient analog quantum computer (based on quantum annealing) and in identifying their respective sources (through the important papers, ideas developed in them and their links with the earlier ideas or papers).
机译:最近,采用量子退火技术在量子计算领域取得了重大突破,这一思想最初是由一群加尔各答的科学家提出的。参见Indrani Bose教授在《科学与文化》第一卷中发表的《量子计算的突破》。 79,Nos.9-10,pp.381-382(2013)。鉴于这些发展的重要性以及该思想的各种来源(论文)及其新颖性的理论扩展,实验验证,实施等(由具有认可和引证的不同小组)的主张,人们认为,需要文件。该文献记录提供了本系列开发中的一些高影响力论文的标题和摘要(带有收据日期)以及一些相关摘录。除了一些历史性的介绍和注释外,它还简要介绍了各篇论文所取得的主要成就,并经常在其标题中重申了本文所解决的特定问题的背景。因此,预期该文档将有助于遵循这一激动人心的发展顺序,以实现一种特定类型的高效模拟量子计算机(基于量子退火)并确定其各自的来源(通过重要的论文,它们中提出的思想及其链接)与早期的想法或论文)。

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  • 来源
    《Science and Culture》 |2013年第12期|485-500|共16页
  • 作者

    ASIM GHOSH; SUDIP MUKHERJEE;

  • 作者单位

    Prepared on the occasion of Prof. Bikas K. Chakrabarti's 60-th birth year;

    Condensed Matter Physics Division, Saha Institute of Nuclear Physics, 1/AF Bidhannagar, Kolkata 700 064, India;

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