时间单位与中美洲历法

Q4 Social Sciences
F. Barbiero
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引用次数: 0

摘要

建立一个与一天的长度和热带年的长度都有意义联系的时间单位的假设合理过程,将产生一个自然候选者,该候选者代表3652422 x 128=46751.0016天周期中每年的平均误差,即:0.0016/128=1/80000。然而,如果我们将该单位乘以数字1.08,我们得到:80000 x 1.08=86400,这是实际的时间单位。这样的过程很可能是由一个古老的未知文明完成的,这个文明在一侧影响了欧亚大陆,在那里采用了第二个和以60为基础的三角系统,数字108及其倍数和约数(54108216243286400等)代表了所有古代文明的科学、神话和神圣的命理学。另一方面,中美洲采用了以20为基础的数字系统和以128年为周期的日历。可以证明,它属于一个由18个日历组成的家族,其特征是一周和一个辅助年,与太阳年一起是辅助世纪的倍数。所有这些单位之间都有精确的关系,可以设计出具有中美洲日历相同特征的天文“时钟”,用于一周中的任何长度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Unit of Time and the Mesoamerican Calendar
A hypothetical rational process of establishing a unit of time with a meaningful connection to both, the length of the day and that of the tropic year, would lead to a natural candidate which represents the average error per year in a cycle of 365,2422 x 128 = 46751.0016 days, that is: 0.0016/128 = 1/80,000. However, if we multiply that unit by the number 1.08 we obtain: 80,000 x 1.08 = 86,400, that is the actual unit of time.  The odds are that such a process was done by an ancient unknown civilisation which influenced on one side the Eurasian continent, where the second and a trigonometric system on base 60 were adopted and the number 108 and its multiples and submultiples (54, 108, 216, 432, 86400 etc) represent the scientific, mythological and sacred numerology of all ancient civilisations. On the other side central America, where a numerical system on base 20 was adopted and a calendar based on the cycle of 128 years. It can be demonstrated that it belongs to a family of 18 calendars, characterised by an ever rolling week and an auxiliary year which together with the solar year are submultiples of an auxiliary century. There are precise relations between all these units, allowing to design astronomical “clocks” with the same characteristics of the central American calendar for whatever length of the week.
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来源期刊
Human Evolution
Human Evolution Social Sciences-Anthropology
CiteScore
0.20
自引率
0.00%
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