BINARY SOLAR SYSTEM AND WALTER CRUTTENDEN

Ever since he was a child, Walter Cruttenden has taken a deep interest in ancient civilizations.  After reading extensively about the subject, he began to realize that many of these civilizations possessed quite advanced astronomical and technological knowledge for their time.  This knowledge appears to have been lost until now.   

Why did humankind lose this knowledge that had allowed it to build instruments with gears, use trephination, or be aligned with the galaxy?  Many mythologies claim that such knowledge tells us a great deal about the precession of the equinoxes.  




PRECESSION OF THE EQUINOXES

Precession is the change in direction of the rotation axis of a body, in this case the earth.  The equinox is the day of the year when night and day have the same duration.  If on the day of the equinox you look to the east at sunset, you will see a particular constellation.  If you had looked two thousand years ago, you would have seen the constellation Pisces.  We are now entering the Age of Aquarius.      

There are twelve constellations which the ancients linked with periods of history.  When the spring equinox was in the constellation of Taurus, we find many images of bulls.   Later, in the Age of Aries, we find an abundance of images of lambs.  And even later, in the Age of Pisces, we find a large amount of fish imagery.  In some way, ancient cultures were aligned or in harmony with these constellations.   

Walter found the starting point for his research in a book titled the holy science, written by Swami Sri Yukteswar in 1895.  In it, Swami explains that the planets spin on their axes and, along with their moons, revolve around the sun.   Interestingly, Swami said that the sun also revolves around a companion star every 24,000 years and that this produces the backwards movement of the equinoxes through the zodiac.  According to this theory, then, we live in a binary solar system.

If we measure the movement of the earth in relation to distant stars, we will see that the earth teeters or trembles for about 15 arch seconds per year (an arch second is kind of measurement used in astronomy).  However, if we measure this movement in relation to the planets in our solar system (a measurement that had never been taken since everything moves too much and is thus extremely difficult to measure), we see that nothing teeters.  The only way to explain this paradox is that the solar system bends through space, producing what we know as precession.  In reality, it is a simple geometric effect.     

Okay.  If precession is caused by the bending of our solar system through space, the question we should then ask is: What are we bending around?  An enormous mass is required to move a solar system, and so there are only two possible explanations for this.  One is that a dark star, such as a brown dwarf star, is responsible for the movement.  This would mean that we are some 800aU away (an aU is an astronomical unit equal to the distance between the sun and earth).  The other explanation is that a black hole, situated 1500aU away, is the cause of the movement of the earth.  The second alternative is less likely, since all the mythologies and folklore of ancient civilizations mention a visible star as a companion to the earth.   

In the chapter entitled Systematic Frequency Acceleration, we talked about how everything accelerates.  Well then precession is accelerating too.  The 25,669-year cycle is becoming more and more rapid.  Does this mean that we are moving closer to our companion star?  Due to the gravitational pull of this star on our sun, this would be a reasonable explanation for the acceleration.  But how would this affect our electromagnetic systems?       

Clearly, all biological life on our planet is directly affected by the sun, our great electromagnetic generator.  During the day we capture the entirety of this electromagnetic spectrum, of which visible light is merely a minimal part.  X-rays, ultraviolet rays, gamma rays... there is so much out there!  The same thing occurs with the movement of the earth’s axis, resulting in the change of the seasons.  This movement causes the earth to receive more photons per square centimeter of the planet at a specific time of the year.  This, in turn, causes plants to bloom, birds to fly south, and bears to hibernate.  It affects all forms of life.   

If in fact we live in a binary solar system, this means that over a period of 26,000 years we approach and move away from our companion star.  But what happens with life on the planet when the distancing of our neighbor star produces a weakening of the electromagnetic field? 

Walter explains how UCLA professor of physiology Valeria Hunt, in her studies of the effects of electromagnetism, was especially concerned with discovering the negative consequences this force produces in human beings.  Valeri placed people inside a Faraday cage (an enclosure that blocks the entrance of electromagnetic fields) and subjected them to a series of tests.  Although the responses to the test were rather poor, the truly interesting thing was that the subjects’ response to being enclosed in the booth was emotional; they cried.  When the electromagnetic fields were restored, however, the test subjects cheered up and responded better to the tests.        

This is a small microcosm of what might be happening to the earth as we move closer to and farther away from such a powerful electromagnetic source as a star.  The ultimate question is which star is our companion star?  The answer to this is complicated. Traditional Newtonian dynamics (the movement of heavenly bodies such as planets and stars, according to Newton) says it could not be a visible star.  Yet a modified Newtonian dynamics believes that our companion star is Sirius.  In fact, almost all the mythology and folklore of ancient cultures in the world talk about this star.  In Egyptian culture, Isis brought life and took it away.  Modern historians and archaeologists explain this by telling us that when Sirius rose on the horizon, the Nile flooded.  Cruttenden, however, believes this is to view the matter from an overly local point of view.  For him, the implications point toward something much larger than this. 

For more information :
www.binaryresearchinstitute.org



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