The Source Field Investigations (53 page)

Fosar and Bludorf first found out about this cycle by noticing that four different aircraft incidents occurred in the same basic area. The infamous TWA 800 crash happened over the ocean, south of Long Island, on July 17, 1996. Several eyewitnesses, including a National Guard helicopter crew, reported seeing a bright object fly toward the jet and collide with it—where it then exploded in midair, killing everyone. Conspiracy theories were concocted that it was a missile or projectile, but it may actually have been a spherical portal of energy released by the earth—as we will discuss. On August 9, 1997, Swissair 127 nearly collided with another unidentified bright object in the same area—off of Long Island. There were 388 days between TWA 800 and Swissair 127.

Fosar and Bludorf had already been tracking two other airline incidents that both happened near Peggy’s Cove, off the east coast of Canada—not too far northeast of Long Island. Swissair 111 detected smoke in the cabin, tried to make an emergency landing but crashed, killing all 229 people aboard on September 2, 1998. Only five days later, BALAIR 188 experienced smoke in the kitchen and had to make an emergency landing—and this incident happened just a short distance east of the Swissair 111 event less than a week before. It was these two events, happening in the same area in such a short time, that first convinced Fosar and Bludorf that something might be going on. Then they noticed the 388-day interval between TWA 800 and Swissair 127—and were even more surprised to discover that there were 389 days between Swissair 111 and Swissair 127.

From this beginning, they were able to calculate that a straight, vertical line of invisible energy may be slowly crawling across the northern hemisphere at 1.86 degrees of longitude per day—for a 194-day cycle. By tracking this line, and calculating exactly where it was at any one time, they found fully nine different airplane crashes that were directly correlated with its position. They called this the Temporary Local Risk factor, or TLR. They admitted they did not know what was actually causing this.
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I was surprised that Fosar and Bludorf didn’t crunch the numbers any further—but I was also delighted, because it gave me the opportunity to rediscover things that we haven’t known about for a long, long time. I believe that with further analysis, we will discover a spherical layer within the earth that is slowly rotating in a 194-day orbit—and it will have a geometric structure, such as the dodecahedron, that we can track to know when these portals will open. There may even be ways to make these Source Field currents visible—as the ancients appeared to possess.

If our model is correct, then the TLR cycle should also be a perfect subdivision of the earth’s own orbit. As soon as I did the numbers, I found that in 17 earth years (of 365.2422 days), there were 16 cycles of 388 days—and 32 cycles of 194 days. A 17-to-16 cycle ratio definitely looks like a long-term geometric relationship between the orbit of the TLR cycle and the rotation of the earth. But what about the Maya calendar? It didn’t take long for me to find an even greater surprise. The baktun in the Maya calendar is 144,000 days long—and there are almost exactly 742 TLR cycles in that same period of time. It becomes exact if you round up the TLR cycle to just over 194.07 days, which is probably a more accurate measurement of the cycle. This also meant there were 37.1 of these Temporary Local Risk cycles in every 20-year katun, and 371 of them within ten katuns—or roughly 200 years.

The greater implications are that this is one of a series of geometric energy patterns, nested inside the earth, that combine together at various times and create powerful effects—including portals into time-space. This cycle has direct effects on physical matter, precisely lines up with the earth’s orbit after seventeen years, and fits perfectly into the Maya calendar. It was identified by studying equipment malfunctions and strange aerial phenomena. This also suggests the Maya may have been tracking time portals with their calendar, at least in the early days—given that the giant dodecahedron inside the earth completes a full rotation every time the Maya calendar reaches the end of a baktun.

I think this is just the beginning of what we can discover once we really begin doing our homework. We do not yet know the exact geometric pattern that is causing these effects to occur, but that is obviously an important quest to pursue. Given the potential dangers involved with random accidents, it is important that this knowledge not be covered up or suppressed. Innocent lives can be saved by tracking the TLR cycle, learning more about it, and rerouting flight pathways around potential trouble spots—particularly when it fires up a vortex point on the grid.

The last Maya calendar cycle we need to look at is the length of the calendar itself. In order to obtain this number, you take thirteen baktuns, for a total of 1,872,000 days—or approximately 5,125 years. Five Maya calendar cycles add up to approximately 25,627 years—which is remarkably close to the precession of the equinoxes or Great Year. As of 2000, the International Astronomical Union fixed the precession at 25,771.5 years
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—slightly over 144 years longer than five cycles of the Maya calendar. That is certainly interesting, but does it mean anything? I believe it is definitely important—but we’ll get to that. Is there anything interesting and measurable that is directly related to the 5,125-year cycle?

Lonnie Thompson, a glaciologist from Ohio State University, found that there was a significant climate change on earth, not unlike the one we’re now having, about 5,200 years ago. He determined this number from “the mountains of data drawn by analyzing countless ice cores, and a meticulous review of sometimes obscure historic records.” The press release sums it up nicely.

The press release also strongly implies that this is a cycle, since the title includes the line, “Evidence suggests that history could repeat itself.” We’re obviously seeing climate change events happening now that are very similar to the ones that happened 5,200 years ago. Thompson believes this was caused by solar activity.

I find it very interesting that the amount of solar radiation first made a huge drop and then had a massive surge in such a short time. If the Maya calendar is tracking a natural, long-term earth cycle, then perhaps what was changing was the permeability of the earth’s own energy fields, such as the Van Allen belts—rather than the Sun. I already suggested the same idea for why we see a 400-year cycle in solar radiation on earth, which seems to correspond perfectly to the baktun in the Maya calendar and the rotation of the earth’s core. Now, Dr. Thompson has discovered that a massive, worldwide climate change event occurred only about 75 years away from when the Maya calendar/“Long Count” cycle began. The entire cycle itself appears to be the exact same length as the Maya calendar. This is extremely interesting—but such a connection would never even be imagined by a mainstream scientist. If he even dared to make such a suggestion, he could suffer ridicule at the very least, and financial and career ruin at the worst. I haven’t seen any other scholar who writes or lectures about the Maya calendar ever point out this correlation, but it is a very strong argument that this ancient system is not just “a bunch of nonsense”—it actually is tracking very real changes in our solar system. Furthermore, if Thompson’s figure is correct, and the actual value is closer to 5,200 years, then five of the climate-change cycles he discovered will add up to exactly 26,000 years—which is only 80 years more than the ideal cycle of 25,920 years.

We may well be rediscovering the hidden mechanism behind this wobble in the earth’s axis that was so interesting to the ancients. It may be that this sudden drop in solar activity, followed by the massive surge, has direct energetic effects upon our consciousness and even biological evolution—as we’ve argued earlier. Is this something that is strictly a product of cycles within the earth, or is there yet another pattern that we can definitely identify with the Sun? Maurice Cotterell may have found the answer.

Maurice Cotterell noticed that the Sun rotates faster at the equator—at a rate of about twenty-six days—than the thirty-seven days it takes to rotate at the poles. He crunched these numbers in a supercomputer and found that we need 18,139 years for those two cycles to line up. He thus discovered a long-term solar cycle that no one else had found in modern times. As he shows in his classic book
The Mayan Prophecies,
co-authored with Adrian Gilbert, there is very compelling evidence that the Maya were almost certainly aware of this same long-term cycle in the Sun—and tracked it with extreme precision. I wrote about this in detail in my first free online book,
The Shift of the Ages.
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Since 18,139 years is quite a long time, I was immediately drawn to investigate that number—and see if it had any connection with the precession of the equinoxes. If so, it could show that the precession was part of a greater cycle happening throughout the entire solar system, possibly being driven by the Sun itself—or maybe even by the galaxy working through the Sun.

Was there a connection between the precession and Cotterell’s solar cycle? I found the answer by considering the importance of the number fifty-two—as it appears over and over again in the Maya system. It’s twice the number twenty-six, and of course there are 260 days in the tzolkin cycle. Furthermore, it takes exactly fifty-two years for the tzolkin and the 365-day Haab to line up. This fifty-two-year cycle was called a Calendar Round,
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and the Maya considered its ending to be a period of chaos and unrest. They would wait in anticipation to see if the gods would grant them another fifty-two years to live each time it came along.
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When you’re dealing with cycles, you get harmonics. One example is that you can add extra zeroes to a particular cycle and it will still have the same underlying vibrational quality—so fifty-two Calendar Round years can harmonize with 5,200 years. This, again, is the exact cycle Lonnie Thompson discovered for when the last major climate change happened on earth—and it’s also very close to the length of the Maya calendar Long Count of 5,125 years.

What does this have to do with Cotterell’s cycle? Just add up four of them, at 18,139 years each—and you get 72,556 years. Then, if you add on another 5,200 years at that point, you get 77,756 years—which is almost exactly three cycles of 25,920 years. (It comes out to three cycles of 25,918.6 years—just 1.4 years away from being absolutely perfect.) The 5,200-year cycle is the approximate length of the Maya calendar and shows up as a cycle of massive climate change in the earth. The number fifty-two appears repeatedly in the Maya counting systems—and the Maya systems synchronize very nicely with the harmonics of the solar system. This 5,200-year unit of time may be a shift cycle for an even larger system, which only lines up in even longer periods of time. Such a large-scale cycle may well be driven by the galaxy itself. The precession of the equinoxes, far from being a random wobble in the earth’s orbit, may be part of a Great Clock throughout the entire solar system—powered by geometric energy fields.

The Maya seemed to be very interested in tracking these cycles. The TLR cycle caused weird electrical problems, making planes either explode, crash-land or have major equipment malfunctions. In at least two different cases, bright points of light were seen during these events—and that may be our first clue about what a vortex between these “parallel realities” of space-time and time-space will actually look like. The Maya may have been levitating stones to build their countless numbers of pyramids by creating coherence—like we saw in the fascinating case of Tibetan Acoustic Levitation. Perhaps the Maya also had to wait for the right alignments between the geometry of the Sun, the planets, and earth’s own internal energy patterns for this process to work the best.

If the TLR effect moves along by 1.86 degrees of longitude per day, that comes out to about 128.4 miles of drift every twenty-four hours, or about 5.3 miles per hour—if we use earth’s circumference from pole to pole as a guide. If we then say the overall vortex itself is about twenty miles wide (and this is completely arbitrary—I haven’t figured out the actual size at this point), that means you’d only have about four hours where you could potentially open a gateway into time-space and actually travel in time. It may be that if you wanted to practice this science, you would have to time it precisely—as your people could get stuck out there if they didn’t return within those same four hours.

Then again, if you simply return at the exact same spot you left, then no time would have elapsed. It’s only if you return at a different location that you will either pop into the future or slide back into the past—depending on where you go. Furthermore, if you had a large group of people gathered around the pyramid for a ceremony, to help contribute their own energy, the effect might be even more powerful—and you may have even greater success in actually getting a portal to open. Remember, this is a science of coherence—causing a greater amount of crystallization and spin to appear in the Source Field—and our own thoughts have a direct effect on that process.