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arXiv 0709.0612astro-ph
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信息状态方程

Information Equation of State

Paul Gough

摘要:

朗道原理适用于宇宙中的信息。一旦恒星开始形成,在高恒星温度下物质的比例不断增加,以补偿膨胀的宇宙,提供近乎恒定的信息能量密度。信息状态方程接近于暗能量值,w =-1,红移范围很宽,10> z >0.8,超过宇宙时间的一半。一个合理的宇宙信息比特含量只有10^87比特,足以让信息能量解释所有的暗能量。在暗能量和物质之间有直接联系的时变状态方程,特别是与恒星形成有关的时变状态方程,显然与宇宙巧合问题有关。“我们想知道的问题“下一步是什么?“因为我们预计信息状态方程在未来将趋向于w = 0。

英文摘要:

Landauer's principle is applied to information in the universe. Once stars began forming, the increasing proportion of matter at high stellar temperatures compensated for the expanding universe to provide a near constant information energy density. The information equation of state was close to the dark energy value, w = -1, for a wide range of redshifts, 10> z >0.8, over one half of cosmic time. A reasonable universe information bit content of only 10^87 bits is sufficient for information energy to account for all dark energy. A time varying equation of state with a direct link between dark energy and matter, and linked to star formation in particular, is clearly relevant to the cosmic coincidence problem.In answering the "Why now?" question we wonder "What next?" as we expect the information equation of state to tend towards w = 0 in the future.

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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