The Second Son in the Solar System: Evidence and Theories

Could it be that our son is an imaginary organ that affects the rise and fall of civilization? Many ancient cultures seem to think so, and now some modern-day scientists agree. If true, there should be evidence of advanced civilizations that are older than the five or six thousand years we find, and most of today's textbooks. A partner star to our own son. While the concept of a second son challenges our person not is standing in the solar system, it is hardly a new idea. Some of the earliest astronomical records refer to the existence of dual sons. In fact, Methroid believes were based on this concept. As we looked deeper into the universe and expand our knowledge of its motion, it would come to realize that single sons are more the exception than the rule. With so many binaries and the heavens, I wouldn't our son have a partner. Then again, if it did, wouldn't we be able to see it by now, with our high-tech observatories, or the Hubble Space Telescope? While there might not be a visible companion, it doesn't mean one's not there. Some stars can be seen at all, such as black holes for all neutron stars. And others, my ground rocks are barely detectable. Also, the long orbit period of 24,000 years will make the connection of our son to a binary partner, extremely difficult to detect. One sign would expect to see would be the changes in the son's rate of movement. In the binary system, orbital speed is not constant. And theorists say it would cause changes in the procession rate. If the current rate of speed were constant, a complete binary cycle would take almost 26,000 years. A scientist have confirmed that the rate of procession is increasing. In a binary system, this would mean the two stars are moving closer together. In the cycle, it would take much less than 26,000 years. The cycle of a binary system might also be observed in the geological record. Mathematician Maluten Malankovich, noticed their Earth has had global warming and coding cycles that roughly correlate to the length of the great year, just in the binary model answers questions of the past. It could also be applied to solve scientific questions of the present. For example, at the edge of our solar system, is a field of asteroids known as the Kykrabelts. In 2001, a two-year-old scientist from the University of Michigan made a starting discovery. The asteroids appear to end very abruptly. A sheer edge like this would be expected in the binary system. Also, a large number of long cycle comets in our solar system come from a very small part of the sky. Although some astronomers like John Matisse and Daniel Whitmire think it may result from the gravitational pull of an unconfirmed tenth planet, our sun's binary could also have this effect. Another inigma. All celestial bodies have angular momentum, a force that corresponds to their mass and motion. Get in our solar system angular momentum is unevenly distributed. The sun has 99.9% of the total mass, but only 1% of the total angular momentum. It would acknowledge that our sun is curving through space in a 24,000-year binary orbit. We find the sun's angular momentum was there all the time, but primarily in his orbital motion not just in its spin. Although the possibility of a binary star agrees with many observed facts, it does raise questions. The most common objection is that we were in a binary system, we would know it by now. But we may be looking for something that is very far away and very hard to see. New discoveries at astronomy and archaeology are adding more and more draw understanding of the true death of our own history. If we continue these pursuits, perhaps we'll prove the link between binary motion, procession, and man's place in the great year. History reveals that ancient cultures around the globe were aware of a great cycle that connected the movements of heavens and life on earth. The great year, track not only time, but the halves of your time, the very rise and fall of civilization itself.