外行星轨道与地史灾变吻合

TALLY BETWEEN CATASTROPHISM OF TERRESTRIAL GLOBE AND EXTERNAL PLANET'S ORBITS

这是一篇有争议的文章。作者是河南省的一位农民,他自幼爱好天文,对太阳系的形成与演化特别有兴趣,并为此苦苦思索了几十年。某些新闻媒界称他为著名农民天文学家,作出了重大发现。一些专家们则认为实属荒谬。我们之所以决定发表他这篇文章,是因为他在文章中指出一个有趣的现象——大行星轨道半径的分布与地球史上重大地质变化的年代之间存在很好的数学关系。尽管他为此所作的解释显然还是粗糙的,但这个现象似乎是值得思考的。

The author noticed that the earthward surface of the moon and the eastern hemisphere of the earth bear similar configurations but form negative counterpart to each other, demonstration of the Sun-Earth-Moon instrument has given the extrapolation that on the 20 th, July of 1980. both earth and moon were so located that each has a cyclic superstructure facing the Sun, meanwhile a φ-shape (a ridge separating two basins) superstructure at the counterpoint. The same structures have been discovered by space ships on the Mercury, Venus, Mars, larger satellites of Jupiter and Saturn, etc., with only one set on each. The author postulates that the Sun underwent several times of explosion: the impacts of which have carved out such peculiar superstructures on their surfaces towards the Sun and the counterpoints. In persuing the course of Sun explosions, the author has tried to correlate the catastrophic episodes in geological history with the distrubution of planet orbits, and found an empirical formula in which planets were approaching the Sun by a velocity of 1% per 107yr. The dates of collision of each planet with the Sun and the succesive cyclic Sun explosion to split and launch a new planet, thus given from the formula, well coincide with the major geological episodes. This hypothesis can explain many cosmic phenomena. To save space the paper briefly describes the formula and leaves the details for later description.