HISTORY: FICTION or SCIENCE # 7

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Speaker 0 (0s): Welcome back ladies and gentlemen, thank you for returning participating and that hopefully enjoying this phenomenal series by Anatoli flamenco FICTION or SCIENCE. What is this thing? We call history. We are on the seventh reading chapter two, astronomical. Datings the strange leap of parameter D in the theory of lunar motion. 

Nowadays, we have special calculation tables. The so-called cannons whose compilation was based on the theory of lunar motion. They contain the date of each eclipse, the area to be covered by the lunar shadow, the phase, et cetera. See the famous, astronomical Canon of Gunzel. For instance, if an ancient text describes some eclipse in enough detail, we can determine what characteristics of the eclipse had been observed. 

The phase, the geographical area, that the shadow passes over, et cetera. The comparison of these characteristics to the referential ones contained in the tables may give a concurrence with an eclipse possessing, similar characteristics. If this proves a success, we can date the eclipse. However, it may turn out that several eclipses from the astronomical Canon fit the description. 

In this case, the dating is uncertain. All the eclipses described in the quote, ancient unquote and medieval sources have been dated by the following method. To some extent, at least nowadays the datings of the ancient eclipses are occasionally used in astronomical research. For instance, the theory of lunar motion has the notion of the so-called parameter D the second derivative of lunar elongation that characterizes acceleration. 

Let us remind the reader of the definition of elongation figure 2.1 figure 2.1 shows the solar orbit of the earth and the Tellerik orbit of the moon. The angle between the vectors, IES and EMS called lunar elongation, D D the angle between the lines of sight drawn from the earth to the sun and the moon. Apparently it is time dependent and example of the elongation of what Venus can be seen in the picture on right. 

Maximal elongation is the angle where the line of sight as drawn from earth to Venus touches the orbit of Venus. One has to know that the orbit in figure 2.1 are shown as circular while being elliptic in reality. However, since the eccentricity is low here, the ellipses are schematically drawn as circles. 

Some computational problems related to astronomy require the knowledge of lunar acceleration as it had been in the past. The problem of calculating parameter D over a large time interval as a time function was discussed by the Royal society of London and the British academy of sciences in 1972, the calculation of the parameter D was based on the following scheme. 

The equation parameters have lunar motion, including D D R taken with their modern values, and then varied in such a way that the theoretically calculated characteristics of ancient eclipses coincide with the ones given for day-to-day eclipses in ancient documents, parameter D is ignored for the calculation of actual eclipse dates. Since the latter are a rougher parameter, whose calculation does not require the exact knowledge of lunar acceleration alterations in lunar acceleration affect secondary characteristics of the eclipse, such as the shadow track left by the moon on the surface of the earth, which may be moved sideways 

Speaker 1 (4m 54s): A little, 

Speaker 0 (4m 56s): The time dependence of D was first calculated by the eminent American astronomer. Robert Newton, according to him, parameter D can be defined well by the abundant information about the date scattered over the interval from 700 BC until the present day Newton calculated 12 possible values of parameter D having based them on 370 ancient eclipse descriptions since Newton trusted scholar, Jurien chronology completely. 

It is a little wonder that he took the eclipse dates from Skalla Jerian chronological tables, the results of our nutrient combined with the results obtained by Martin, who has processed about 2000 telescope observations of the moon from the period of 1627 to 18 60 26 values altogether have made it possible to draw an experimental time dependency curve four D according to our Newton, the most stunning fact is the drastic drop in D that begins with 700 and continues until about 1300. 

This drop implies the existence of a square wave in the osculating value of D such changes in the behavior of D in such rates of these changes cannot be explained by modern geo-physical theorists. Robert Newton wrote an entire monograph titled astronomical evidence concerning non gravitational forces in the earth moon system. 

That was concerned with trying to prove this mysterious gap in the behavior of D which manifested as a leap by an entire numeric order. One has to know that these mysterious non gravitational forces failed to manifest in any other way at all, having studied the graph that was drawn as a result of these calculations. Our Newton had to Marc that between the years, the value of D remains the lowest as compared to the ones that have been observed for any other moment. 

During the last 1000 years, Newton proceeds to tell us that these estimations combined with modern data tell one that D may possess amazingly large values, and that it has been subject to a drastic and SUD and fluctuations over the last 2000 years, to such an extent that it's value became inverted around 800 and a quick summary, the D value drops suddenly, and this leap by an entire order begins in the alleged fifth century. 

Ady beginning with the sixth century and on the values of parameter D become more or less constant and close to its modern value in the interval between the alleged fifth and 11th centuries, a D one find D values to be in complete disarray. The strange fact has a natural explanation within the paradigm of the new Kronos. What would you say those of you that are just listening? 

Think of D if you want to get a mental of what D is, how they're studying it, think of a protractor that is at 120 degree angle or better yet, you could think of a clock with the large hand at 11 and the small hand at three. So say 2 55. And what they're measuring is the, if you have that, that clock and you drew a circle right at the point where those hands are meeting on the bottom down there, that angle that he drew a little half circle between the big hand at 11 and the small hand at three, that little angle right there that a 120 degree that will half-circle angle would be D oh, if that helps for those that are just listening, are the ancient and medieval eclipses dated correctly, 2.1, some astronomical data. 

Let us give a brief digest of the information that shall ensure a better understanding of the current share. When the moon gets into the comb of Teleric shadow, one can observe a lunar eclipse on earth, more civically on it's nocturnal hemisphere, the one that faces the moon. And if you are a dummy like me and had to look up the word to Lurik then, or if you lied to yourself and you said, you knew what that word was like me, they allow me to look it up for you to Lurik means from the earth and energy of the earth. 

On a fun side note, a total toric current is a current of the earth. It is an electric current, which moves underground or through the sea to LORIC currents result from both natural causes and human activity, and the discreet currents interact and a complete complex pattern. The cur...