Discussion on physical meaning in our paleontological research of coral fossils from Xinjiang
首发时间:2009-07-07
Abstract:Research of several precious groups of very fine coral fossils from Xinjiang (groups distributed from 310Ma to 410Ma) which have very clear daily growth lines caused by diurnal increments of calcium carbonate deposition and lunar month bands caused by reproductive cycle provides important information about ancient astronomic data and ancient climate data. At that time, lunar months contained each year seems to be 13.0 instead of the current value 12.37. Furthermore, fitting the latest data by a curve, this kept constant excluding the well known impact event in the Cretaceous period (K-T boundary, ~65Ma) and another well known impact event in the P-T boundary. According to Kepler’s third Law, if lunar months per year keeps constant, Earth’s major-semi axis is proportional to Moon’s major-semi axis, therefore Earth’s major-semi axis will increase. This has shed light upon the mechanics behind Dirac LNH model. Also, such results indicate that the universe may be accelerating today.
keywords: Paleozoic and Mesozoic corals growth pattern biological clock Dirac LNH mode
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论新疆准葛尔盆地古生物钟化石的物理意义
摘要:在笔者之前的研究中,分析了采自新疆的许多保存非常完整精美的石炭纪与泥盆纪珊瑚(共计912枚)。它们携带有完整的日生长线 (16枚),月生长带与年脊(79枚)。日生长线由阳光下的钙质堆积造成,月生长带由珊瑚的繁殖间断造成,年脊由生长密度差异造成。这些周期性生长结构提供了关于古代气候与地球自转的重要信息。与今不同,当时一年包含13.0个朔望月而非现在的12.37个。 进一步的数据处理表明,在K-T界线与P-T界线之外的地质时期中,地球公转周期与月球自转周期的比值是恒定的,表明地球轨道长轴与月球轨道长轴比值恒定。也就是说地球轨道在膨胀,由四维Minkowski时空的度规增大造成。 这为研究Dirac LNH模型的机制提供了帮助,并表明β大于1/3。即使在不引入暗能量的条件下,宇宙也会加速膨胀。
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