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![]() My discovery is that the twelve ages of the Great Year shown in this diagram are precisely twelve times the length of the 178.9 year barycentric cycle produced by the outer planets. The alternatives are - Null hypothesis: No linkage between the barycentric cycle and the Great Year - Hypothesis: Long term precessional cycle of the earth is entrained by the alignments of the outer planets, observable in regularity of solar system barycentre epitrochoid path. The solar system barycentre epitrochoid pattern results from alignments of the outer planets as follows: Jupiter-Saturn: - 9.03 conjunction cycles in each 178.9 year barycentre period, - 3.2% shift over 9 cycles Jupiter-Uranus: - 13.01 conjunction cycles in each 178.9 year barycentre period, - 1.2% shift over 13 cycles Jupiter-Neptune: - 13.96 conjunction cycles in each 178.9 year barycentre period, - 3.8% shift over 14 cycles Jupiter-Pluto: - 14.02 conjunction cycles in each 178.9 year barycentre period, - 1.8% shift over 14 cycles Saturn-Neptune: - 5.00 conjunction cycles in each 178.9 year barycentre period, - 0.02% shift over 5 cycles To see how little the barycentre pattern changes, please see JimP’s chart below of the last two such cycles. You can easily see the obvious main 179 year pattern by comparing the shape at any two points separated by 179 years, eg 1745 - 1923.8. This is all well known to astronomy. My new point is the observation of a precise harmony between the barycentre cycle and the Great Year of lunisolar precession of the terrestrial equinox - the basis of the so-called Ages of Pisces and Aquarius. These closely aligned patterns of the outer planets exhibit a direct harmonic relation to the Great Year. This harmonic correlation looks to be a basic rhythm of the solar system whereby Jupiter and the outer planets whip the earth like a gyroscope. Precession is primarily a function of the relation between the earth, moon and sun, but it appears from this observation that the precise frequency of precession, the 2147 year period of the Age, is a mathematical product of these cycles of the outer planets and the solar system barycentre, being precisely 12 times the barycentre period. For example, if the Saturn-Neptune cycle (exactly 1/5 of the barycentre cycle) is considered a unit, there are precisely 60 units in the 2147 year period of the age, and 720 units in the precessional Great Year period of 25764 years. It therefore appears the age imbeds the barycentric period in terrestrial cycles through systemic entrainment.The precision of the correlation suggests physical causation, although its scientific basis needs more study and my numbers should be checked. |
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It is analogous to ocean tidal patterns: no one is surprised that crabs come out at the same phase of each tide; its just that when we look at such a slow cycle frequency as precession people find it very hard to get their heads around it, and also find it hard to view free people as subject to ecological cosmic cycles. If anyone wants to study historical cycles with other frequencies then good luck to them. I see little point except as you say that this would be a useful comparator for the 2147 year phasing, especially if it could be somehow statistically quantified with a regression analysis, but that is beyond my skills. There would be merit in looking at history against the 179 year barycentre phases as that period is also part of the same natural harmonic cycle. My underlying aim here is to unpack how precession provides a framework for terrestrial cosmology, using historical correlations as a signpost. PS: for any prime tragics out there, 2147 = 113 x 19 ![]() |
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Because we find something that correlates on a supplied date means nothing if it will also correlate on many other dates. I would agree that a correlation between the Barycenter cycle and Earths Precession would be interesting to examine further. I've actually found a similar statement made other places as well. It's ties to to the history of Earth are dubious at best, however. Apart from the Rome/US link, are there any other nations that existed at different times that share a common history? If the US is the new Rome, then who is or was the new Egypt? Or Babylon? Spain and Portugal probably had more of impact on the Western expansion than the rest of Europe, so where do they fall in all of this? If it "works" for Rome and the US, then why does it not work for any other nation/empire? As for this: Quote:
"The timing of parallels may vary"? How can than that make them parallels? Even if the general course of history between the two match up in a broad sense, the point of this, as I understand it, is that there are exact correlations at exact intervals. What about Rome being founded 98 years (adjusted) before there were any territorial claims made in North America? What about the fact that it was still over 200 more years before there was a permanent English Settlement? Rome had existed as Rome for over 200 years before what would be the US would be settled by anyone, and 450+ before there was the first real progress made toward founding an independent country, let alone an empire by any use of the word. Quote:
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A Nerd can figure out how long it will take the original Enterprise traveling at warp 6.5 to travel from Regulus to Antares. A Geek will think he can use that to pick up a girl in a bar. A Dork knows he can't pick up the girl with it, but will hang around for hours anyway, just in case she asks. She might. You never know. |
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You have shown nothing to make me conclude that the observed proportions are anything more than a coincidence. Quote:
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Well, it looks like there are now two topics to be discusses, which are slightly linked. One is the history, the other is the (non)significance of the great Platonic year and its twelveths (darn, that is a difficult word) and the motion of the barycenter of the solar system.
Now, the precession of the Earth is 25,765 years, and can completely be described by the torque on the Earth from mainly the Sun and the Moon and for a lesser extend by other solar system bodies. Now, the question is: when periodicity of the barycenter of the solar system is 179 years to return to its starting point, would it not be reasonable that this periodicity is also in the Earth's precession? The ratio of these to periods is ~144 of which, naturally, the square root is 12. But what does this mean? First of all, I would expect that the precession of the Earth might vary a little in period through the 179 year cycle, or will it?????? What does the barycenter describe? It is the center of mass of the solar system, and naturally this moves around because the planets have different locations all the time, but does that mean that the distance Earth-Sun changes? No, that remains fixed through the orbit of both. So, basically, I do not have any inclination, at the moment, to suspect that the motion of the barycenter has any influence on the torque that the Sun and Moon (and other bodies) provide on the Earth in order to make it precess. However, the two are related in the fact that both the total torque and the motion of the barycenter are generated by the solar system bodies. This leaves the fact that the ratio of the two, precession and barycenter period, is just coincidentally 144. The claim that: The precision of the correlation suggests physical causation, although its scientific basis needs more study and my numbers should be checked. does not hold, as I showed in another thread using some spurious correlation between the shirt I chose to wear that day and receiving an email. Only, when based on a real mechanism can correlation imply causation. Also, the Earth is not "whipped like a gyroscope" by Jupiter or Saturn. As is well known (even wiki knows this!) the main reason for the Earth precession is the torque by the Sun and the Moon, as I already said above. I think Celestial Mechanics had one of his nice dialogues precisely on this topic.
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************************************************** ************************* Optimism does not change the laws of physics. (T'Pol) A good scientist has freed himself of concepts and keeps his mind open to what is. (Dao De Jing 27) ************************************************** ************************* Martin ( http://www.geocities.com/DrMartinV ) |
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added: I see he has but still it eludes him. Truth, the tighter you squeeze it the less you have. Last edited by tsig; 28-March-2008 at 04:29 PM. Reason: further reading |
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Even if we gave him that all the events matched perfectly, I am at a loss to see what that would prove except that humans do the same thing age after age. After all the range of human behavior is limited, so patterns are bound to repeat. |
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If you limited yourself to observing snowfall data at my current location over two annual cycles you would be hard pushed to make any real estimate of the cyclical behaviour of snowfall. For example the first decent snowfall of the season has actually occurred on the first day of spring. As you only appear to be covering human history over less than two of your hypothesised cycles, I cannot see how you can make any claims regarding a historical cycle of 2147 years. |
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It's "twelfths," Tusenfem, but you're right; it's not an easy word.
I believe I have a few direct questions on the table. There have been two posts from Robert; my questions have been left unanswered.
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Gillian "Now everyone was giving her that kind of look UFOlogists get when they suddenly say, 'Hey, if you shade your eyes you can see it is just a flock of geese after all.'" "You can't erase icing." "I can't believe it doesn't work! I found it on the internet, man!" |
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Gillian "Now everyone was giving her that kind of look UFOlogists get when they suddenly say, 'Hey, if you shade your eyes you can see it is just a flock of geese after all.'" "You can't erase icing." "I can't believe it doesn't work! I found it on the internet, man!" |
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I confess I had not heard of the Olmec civilization, and would be thrilled to hear of actual dates of events as exist for Rome, and of successor civilizations with a continuity over separate ages as exists between the modern west and ancient Rome. As I have said, this data does not exist to my knowledge for pre-Columbian American cultures, so they will be very difficult to use as examples. Your call for me to delve into historical byways misses the point regarding the existence and nature of the precessional cycle. I need to repeat in simpler terms things I have already said. Precession is a real cycle. There is no doubt it is real. This is why I assume there is a cycle. We are part of this cycle because we are part of the solar system. The issues are how it is manifest in human history, and how the ~25800 year cycle can be shown to have sub-cycles. There are more Roman examples which could be explored for modern parallels, for example Fabius Maximus is similar to Franklin Delano Roosevelt in refusing to fight for many years against a formidable foe (Hannibal & Hitler). The starting point, as a matter of historical interpretation, is to get a sense of what events are most important, and of the broad sequence of civilisational evolution, as I have presented here already. We can readily see that the event which propelled Rome into domination of the Mediterranean, the defeat of Hannibal, is precisely one age before the events which propelled the USA into domination of the world – the defeat of Germany and Japan. Just on this basis, and the cosmic indicator given by the physical nature of precession, it is reasonable to explore how ancient Mediterranean history was like an incubator for the modern world, using the separation by one age as an analytical reference point. A further point on the barycentric 178.9 year cycle caused by patterns of the outer planets. With the longer precessional cycle, we can look at the biggest events and see how they reverberate in world history after one phase. We can do the same for the barycentre. The biggest event in modern history is the French Revolution, marked by the storming of the Bastille on 14 July 1789. This event was precisely one barycentric cycle before May 1968, when the Sorbonne was closed by student protest. These biggest events have this apparent prima facie reverberation against cosmic cycles, suggesting a productive analytical research program to investigate the structure of time. Of course, the 1960s differ massively from the 1780s, but it is a reasonable hypothesis that within these differences a cosmic causal factor pushed through and made itself manifest in the biggest events. In a previous thread on Precessional Cosmology I provided the following picture and related discussion which indicated why the twelfth division of the great year is likely to be significant. Together with the 1/144th division producing the barycentre, this evidence looks to me to be strong for the physical existence of the age. Together with the observation that the single main events for the dominant powers of the ages of Aries (Rome) and Pisces (USA) occurred at precisely the same time in the cycle, I think the case is persuasive. I accept that it will not be compelling until a fair bit more yakka is done to establish a causal mechanism explaining the correlations. (But is there not some question remaining regarding the causal mechanism for gravity?) I think your questions introduce extraneous material which distracts from the central case, but this is still very helpful to force greater clarity and to show how previous explanation has not been sufficiently precise, complete and logical. |