How gravity works

By John N. Hait

Einstein gave us a completely new view of the universe with his Theories-of-Relativity. It accurately predicted what gravity does. What he did not have a chance to explain before he died, was, “How it works.” By what mechanism is gravity generated? How does gravity make things move, or at least try to? The Resonant Field Theory solves that riddle in a very simple manner.

In our last CoolScientist lesson, we found that by changing the internal timing of circulating energy-flow within an atom (and thus the shape of internal energy structure,) like a dog chasing his tail, we can cause the atom to change locations. That is, we can make the circulating dog move his own circle from place to place.

We can also do this by hitting a cue ball with a cue stick…or a baseball bat if you are really angry with your pool game! (Which sounds better than hitting the dog.)

Obviously, this adds energy to the ball, which enters the ball’s atoms warping them slightly so that each one will re-resonant in a slightly different location on each circulation. This process is not random, but is a pseudorandom process that is completely repeatable and extremely accurate. If it were random, it would be impossible for anyone to win at pool. For the way each atom is warped determines in which direction it will move. If the addition of energy did not re-arrange the flow patterns in a precise, orderly fashion, the object would move continually in random directions.

However, gravity does not exchange energy with objects under its influence. But it does, obviously, influence objects. So, how?

In order to impart or extract energy from a field system such as an atom, cue ball, or dog, energy must be transported in full quantum units. Quanta do not show up all at once (see previous CoolScience lessons*) rather, it is developed through each complete wavelength of field interaction. Thus, in order to exchange energy, the exchanging partners must wavelength-match. Without wavelength matching, energy is not exchanged.

Gravity has a wavelength of some 2.8 billion light-years…obviously, way to large to match ordinary objects. But the gravitational field, and the fields that make up atoms and light, do co-exist at the same locations. In each wavelength of the circulating energy, the gravitational field causes a slight phase-change. This causes the warping effect that Einstein wrote about. And when a field structure is warped, it relocates itself… it moves; unless there is something to hold it back…and then it just keeps pushing until it can move.

If our dog is chasing his tail, running around on top of a throw-rug, we can slowly pull the carpet, and the dog will move. In each rotation, his tail is in a slightly different place because of the moving carpet, so instead of just letting the rug move out from under him, he follows the induced change in the tail’s position, and moves himself along with the carpet. Thus the riddle of gravity has been solved.

Such riddles have baffled scientists for centuries. But now, sufficient laboratory evidence has been accumulated to support the Resonant Field Theory, which has opened the door of understanding for many heretofore unexplainable operations.

In our next lesson, we will solve an exciting an important riddle: Why does gravity only attract, where the other forces in nature both attract and repel. This will do two important things. First, it will solve the riddle that has prevented the mathematical unification of all of physics into a single intuitive, easy-to-understand model of the universe. (Scientists have been struggling with “Grand Unification” for much of the past century.) And we will find out how to make gravity repel… antigravity!

(You can learn more about resonant fields by reading the easy-to-understand e-book Resonant Fields: the Fundamental Mechanism of Physics available at www.coolscience.info on the Internet.To email us, catch up on previous lessons, and get further information, go to www.coolscience.info on the Internet, or you can email us at coolscientist@rmrc.org. © 2004 by CoolScience)