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arXiv 1302.2283nlin.CD
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冲天炉和纠缠的混沌模拟

Cupolets and a Chaotic Analog of Entanglement

Matthew Morena, Kevin Short

摘要:

本文讨论了一种特殊的控制技术,可以用来非常有效地稳定到一个大的子集的不稳定的周期轨道,通常嵌入在系统中的混沌系统的应用。控制方法是从Hayes,Grebogi和Ott开发的方法中改编而来的,所得到的(稳定的)轨道被称为cupolets(混沌,不稳定,周期性,轨道LETS)。冲天炉展示了一个有趣的属性,即一组给定的控件将唯一地标识冲天炉,而与其初始条件无关。冲天炉的实际应用已经包括数据压缩、安全通信和图像处理。我们演示了如何从两个相互作用的混沌系统的冲天炉可能会被诱导到一个相互和自我维持的稳定状态,在某种程度上,可能是一个模拟的量子纠缠。

英文摘要:

This paper discusses applications of a particular control technique that can be used to very efficiently stabilize a chaotic system onto a large subset of the unstable periodic orbits that are typically embedded in the system. The control method is adapted from one developed by Hayes, Grebogi, and Ott, and the resulting (stabilized) orbits are known as cupolets (Chaotic, Unstable, Periodic, Orbit-LETS). Cupolets exhibit the interesting property that a given set of controls will uniquely identify a cupolet, independent of its initial condition. Practical applications of cupolets already include data compression, secure communication, and image processing. We demonstrate how cupolets from two interacting chaotic systems may be induced into a state of mutual and self-sustaining stabilization, in a manner that may be an analog of quantum entanglement.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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