DePalma's spinning ball experiment represents a flagrant violation of Newton's laws: for the same mass, the same supposed law of universal gravitation, the spinning ball weighed less.
The historical figure known as Newton never mentioned anything about attractive gravity, on the contrary: he believed that terrestrial gravity is due to the pressure exerted by the ether waves (letters to Halley, Bentley, Oldenburg).
Nipher's experiments show clearly that terrestrial gravity is related to electricity.
Maxwell's original equations tell us that electromagnetism and terrestrial gravity are one and the same physical force.
Now, let us unite biohomochirality, terrestrial gravity, and Whittaker's "On an Expression of the Electromagnetic Field due to Electrons by means of two Scalar Potential Functions" (1904).
Whittaker demonstrated how two "Maxwellian scalar potentials of the vacuum" could be turned back into a detectable "ordinary" electromagnetic field by two interfering "scalar EM waves".
As we have seen from the Secret World of Magnets work, the magnetic field is composed of two opposing current orbiting in opposite directions and the latest research discovered magnetic monopoles (subquarks).
http://img816.imageshack.us/img816/9060/fourmagnet.jpgOne of the currents has a dextrorotatory spin, the other has a laevorotatory spin.
Francis Crick, codiscoverer of the DNA structure, describes this strange characteristic of the molecules of living organisms:
It has been well known for many years that for any particular molecule only one hand occurs in nature. For example the amino acids one finds in proteins are always what are called the L or levo amino acids, and never the D or dextro amino acids. Only one of the two mirror possibilities occurs in proteins.
Linus Pauling, Nobel laureate in chemistry:
This is a very puzzling fact . . . . All the proteins that have been investigated, obtained from animals and from plants, from higher organisms and from very simple organisms bacteria, molds, even viruses are found to have been made of L-amino acids.
Living tissue (with the exception of some bacteria) contains only L-amino acids (laevorotatory-left handed); dead tissue only D-amino acids (dextrorotatory-right handed).
Therefore, terrestrial gravity is represented by the dextrorotatory strings of receptive subquarks; antigravity comes into play once we can activate the laevorotatory strings of emissive subquarks (by torsion, sound, applying high electrical tension).
In DePalma's spinning ball experiment, the nonrotating ball was subject ONLY to the dextrorotatory ether waves while the rotating ball additionally attracted the laevorotatory ether waves (the antigravitational waves) thus producing the startling result.
A Lorentz transformation is an unfortunate product of Hendrik Lorentz‟s misunderstandings regarding the subject of electromagnetism, and these misunderstandings led to even greater misunderstandings when Albert Einstein got unto the job. Neither Lorentz nor Einstein seemed to have been aware of the contents of Maxwell‟s original papers, while both of them seemed to be under the impression that they were fixing something that wasn‟t broken in the first place. In doing so, Einstein managed to drop the luminiferous aether out of physics altogether, claiming that he was basing his investigation on what he had read in the so-called „Maxwell-Hertz equations for empty space‟! But whatever these Maxwell-Hertz equations might have been, they certainly can‟t have been Maxwell‟s original equations. This is a tragic story of confusion heaped upon more confusion.
The aether was a crucial aspect in the development of Maxwell‟s equations, yet in 1905, Albert Einstein managed to impose Galileo‟s „Principle of Equivalence‟ upon Maxwell‟s equations while ignoring the aether altogether.
The result was the abominable product which is hailed by modern physicists and known as „The Special Theory of Relativity‟. Einstein himself knowing that something wasn‟t right with his special theory of relativity, attempted to make amends in 1915 with his „General Theory of Relativity‟. But he only made things worse by virtue of spiking Newton‟s law of gravity with his toxic special theory of relativity. In later years, judging from his Leyden speech in 1920, Einstein realized that the aether was indeed needed after all, but by this time it was too late, because he already had a following.
(F. Tombe, Maxwell's Original Equations)
Over the next two decades Maxwell’s theory was accepted and advanced by others, notably Oliver Heaviside, Heinrich Hertz, and Hendrik Lorentz. Heaviside championed the Faraday-Maxwell approach to electromagnetism and simplified Maxwell’s original set of 20 equations to the four used today. Importantly, Heaviside rewrote Maxwell’s Equations in a form that involved
only electric and magnetic fields. Maxwell’s original equations had included both fields and potentials. In an analogy to gravity, the field corresponds to the gravitational force pulling an object onto the Earth, while the potential corresponds to the shape of the landscape on which it stands.
If Einstein had had electromagnetic theory in quaternions, the scalar "vacuum pressure" parts would have been there for him to ponder. It is highly probable that he would have captured the "electromagnetics-to-gravity conversion remainder" in the quaternion interactions.
If so, he would have written the full theory of general relativity, involving local violation of conservation of energy, a unified field theory, and the direct engineering of gravitational and antigravity effects on the laboratory bench by electromagnetic means.
In other words, the quaternion approach captures the ability to utilize electromagnetics and produce local curvature of spacetime, in an engineering fashion. Heaviside wrote a subset of Maxwell's theory where this capability is excluded.
When Einstein asserted that nothing was faster than the speed of light - he was comparing light to electromagnetic emissions, that is, Hertzian waves based on the conventional Maxwell equations.