The Source Field Investigations Read Online Free Page B

honeycombs. He also noticed that when bees got lost on the way back to their hives late at night, they would start trying to ram themselves right through the brick wall of the building—as if they could feel the energy of their hive, which was directly on the other side of the wall. Grebennikov also speculated that bees were naturally attracted to the shape of flowers by this same effect. By simply creating a chair with honeycombs or a stack of egg cartons suspended over the top of it, he got noticeable healing effects—and was granted Russian patent number 2061509 for this invention. 8
    Einstein discovered that space and time were completely indivisible—two manifestations of the same underlying energy. This suggests that as the Source Field (gravity) flows into an atom, it drives the flow of time within the atom as well. The speed of time would then be determined by the speed of the motion inside the atom. As the flow inside the atom becomes more coherent, time begins moving faster inside of it as well. This is an extremely important concept—as it suggests that there could be much more variation in the flow of time from one local area to another than we ever imagined. Sid Hurwich may have independently discovered the Aspden effect—the swirling energy we just found inside a magnet—and found a way to drive that flow into a current, not unlike a propeller creating a powerful vortex in water. This appears to be how he created such a massive change in the flow of time within a local area. Pier Luigi Ighina may have discovered the same thing with his magnetic stroboscope, shaped like a strange propeller, which was able to immediately open a hole in the clouds over his lab.
    We already have a great start on a working model, but if this is really how things work, then we need to find more evidence. We need to invent some way to observe the flow of time in the laboratory—on a very sensitive mechanical level. (Precise digital clocks are built on the component level with a form of shielding that stops them from being able to detect these fluctuations easily—as we will discuss.) Once we find an appropriate system to detect the flow, we could potentially catch time in the act of speeding up and slowing down. We may even find ways to change that speed on our own, just like Sid Hurwich apparently discovered. This would obviously require innovative new designs that most scientists had never thought of. So what are the options?
    Let’s think back to the rotation of the earth on its axis. When the Sun gives off a burst of energy, the earth’s rotation slows down. The rotation of the Sun’s inner core changes the speed of radioactive decay rates. These effects may be caused by a change in the flow of time. What if we used a spinning gyroscope to give us a much smaller model of the earth’s rotation in the laboratory? If we could change the flow of time in a small local area, wouldn’t the speed of the gyroscope also change in that same spot?
    This is exactly what Dr. Nikolai Kozyrev discovered in the 1950s.

Kozyrev’s Stunning Breakthroughs
    Kozyrev started out as a bright, gifted Russian scientist with a great future ahead of him. He was the first to propose that there may be ice on the moon we could use for water, so we could eventually live on bases up there. Tragedy struck when the fascist policies of Stalin condemned him and many other scientists to spend years in concentration camps. Stalin knew scientists were more apt to be freethinkers who would oppose his hard-line Communist policies. While suffering through the horrors of the concentration camp, Kozyrev worked out the concept of a changing flow of time—and he began conducting experiments to prove his ideas once he got free in the 1950s.
    An incredible scientific revolution was triggered—leading to over ten thousand papers being published as of 1996. 9 More than half of these papers were written by Russian scientists, though others have explored these areas as