How we know everything is made of resonant fields

“Everything” is divided by physicists into three categories, electromagnetic energy (light), gravity, and matter (everything else.) The key to understanding them is light because it is the simplest field structure. James Clerk Maxwell provided the math for understanding light as oscillating (resonant) magnetic and electric fields. He found that one could forecast the behavior of the phenomenon using purely electric measurements, which predicted the existence of invisible light…known today as radio waves. Many experiments over the past 141 years have verified its accuracy, even as Einstein explained how light is actually made of individual, compact, resonant field systems or wave-packets that came to be called photons.

In 1924 Louis de Broglie theorized that matter too would exhibit wave properties. Davisson and Germer proved it using electrons. Einstein explained that matter (mass) and energy are really the same thing. Many nuclear weapons later, his theory has been thoroughly proven.

Erwin Schrödinger, the father of wave mechanics, explained that the energy in matter is in continuous refraction and spherical resonance. Thus both matter and light are made of the same stuff, only arranged differently. Logically, they must interact by the same rules or there would be no basis for any interaction at all. So, by using optical experiments, we can discover how this most fundamental field interaction works, even in other geometries, including matter and gravity.

When two tiny photons of light, having the same wavelength, overlap in space and time, the combined energy is redistributed in a precise, reproducible manner…within the space of the first overlapping wavelength, and during that first cycle time. The result depends on the phase relationship between the two wave-packets (the timing of the encounter,) and the angle between them, (the geometry.) If they arrive at the same time, they will be “in phase.” In that case the energy will combine into a single wave-packet headed straight forward at the bisector angle between them.

If one is slightly delayed, then the combined result will head off at a precise angle that depends on the phase difference. This occurs because the energy in the delayed one cannot mover faster than the speed of light in order to catch up with the first one, and the first one has no mechanism for slowing down to wait for the delayed one. Thus, the only way they can combine within one cycle is to phase-match all the energy by changing direction.

If they arrive out of phase, that is, if one is delayed by a half-cycle, then two wave-packets will result, heading in different directions, which are also precisely controlled by the exact phase difference. This single-cycle redistribution of energy is called “femto interference.”

In matter, the energy waves overlap having the precise geometrical and phase relationship required to direct the energy in a spherical pattern rather than in a straight line as with light. This precise geometrical arrangement enables the maintenance of repeating complex energy patterns, called “algorithms.” These pseudorandom sequences, plus femto interference, manufacture everything we observe.

Resonant energy that overlaps, but does not wavelength match will affect each other’s phase, but will not combine. This is how gravity affects light, bending it around the Sun on its way from a distant star.

Logically, the existence of such interaction is evidence that gravity is also made of the same stuff, that undergoes femto interference, and is itself also a resonate field structure. Otherwise there would be no interaction.

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You can learn more about Resonant Fields with the exciting E-book: “Resonant Fields, the Fundamental Mechanism of Physics,” at www.coolscience.info. Click on “Beyond Einstein” to get a special Island discount. Questions? Email us at coolscientist@rmrc.org. © 2005 by CoolScience