Some years ago, a most interesting issue was raised by the RE: the ham radio measurements concerning the Earth - Moon distance. It turned out to be a game stopper, until of course I intervened and settled the matter, using the aether/ether theory to its fullest: the speed of light is variable and not a constant, varying according to the density of the aether.
Much the same way, sextant measurements must take into account the existence of a field of aether consisting of various levels of densities.
The Piri Reis global map has both a North Pole and a South Pole, just as explained.
The index of refraction cannot be the same for our atmosphere and for the space located beyond the dome (aether shield): the queries signed Newton tell us so in plain words.
The fact that the geographical and magnetic poles do not coincide is a subject matter directly related to the topic at hand: you tried your best to explain it but failed notably in doing so.
Evar, take a look at the recorded times using a Chronometrics Digital Elapsed Dime Clock measuring 1/10,000 second: runs 3 through 7 defy Newtonian mechanics.
The authors of the paper also did everybody a favor by providing the mean + standard deviation; they do not contradict the readings recorded.
Here is the celebrated Spinning Ball Experiment carried out by Dr. Bruce DePalma (MIT, Harvard).
One day, one of the greatest experimental physicists of the 20th century was asked a simple question, by one of his students:
If there was any difference in gravitational effect on a rotating object verses non-rotating object?
After an extensive search in the literature, no evidence could be found that the experiment had been performed before.
This became one of the most celebrated experiments in modern physics: the spinning ball experiment.
"Conceptually, the experiment could not have been much cheaper, or easier to carry out:
Two 1-inch steel balls (like those found in every pinball machine in America ...) were positioned at the business end of an ordinary power drill; one ball was in a cup attached to the drill's motor shaft, so it spun -- at a very high rate of speed; the other ball was in an identical cup, attached by a bracket to the stationary drill casing, adjusted so that it was level with the first ball.
The experiment consisted of positioning the drill vertically, cups "up," and pressing the drill switch on the motor.
The drill motor (and its associated cup, containing one of the steel balls) rapidly spun up to approximately 27,000 RPM. The cup attached to the side of the drill (with the second steel ball inside it ...) was not rotating ....
When the drill motor had attained its maximum speed, DePalma (or, more often, Ed Delvers, his assistant ...) would shove the drill into the air with a fast, upward motion -- suddenly stopping the drill it in mid-flight. This would, of course, cause both 1-inch pinballs to fly out of their retaining cups in the same upward direction -- the "spinning ball" (hence the name ...) and the non-spinning ball, right beside it.
DePalma, from his years spent working with Dr. Herald Edgerton at MIT -- the famed inventor of "stroboscopic photography" -- was an expert in such stop-motion photography as well. By positioning Delvers against a gridded black background, in a darkened laboratory (below), and then illluminating the two upward-flying steel balls with a powerful strobe light, DePalma was able to take time-exposure photographs with the camera's shutter open, the "pinballs" only illuminated (at 60 times per second) by the strobe's periodic flash ....
The result was a striking "stroboscopic, time-lapse photograph" of the parabolic arc of both steel balls -- flying upward and then downward under Earth's gravitational acceleration (below)."

Looked at even casually, one can instantly see in the resulting time-lapse image (above) that the two pinballs
did NOT fly along identical parabolic arcs (as they should have); unmistakably, the steel ball that was rotating (at ~27,000 rpm) flew higher ... and fell faster ... than the companion ball that was not rotating!
An experimental result in direct violation of everything physicists have thought they've known about both Newton's Laws and Einstein's Relativity ... for almost (in the case of Newton ...) three full centuries!
Dr. Bruce DePalma graduated from the Massachusetts Institute of Technology in 1958. He attended graduate school in Electrical Engineering and Physics at M.I.T. and Harvard University. At M.I.T. he was a lecturer in Photographic Science in the Laboratory of Dr. Harold Edgerton and directed 3-D color photographic research for Dr. Edwin Land of Polaroid Corporation.
The results of the Spinning Ball Experiment were published in the British Scientific Research Association Journal in 1976. This experiment was also outlined personally by DePalma to Dr. Edward Purcell, one of the most eminent experimental physicists from Harvard at that time. According to DePalma, Purcell, after contemplating the experiment for several minutes, remarked "This will change everything."
Within a complete vacuum, DePalma took two steel balls and catapulted them at equal angles, with an equal amount of force.
The only difference was that one ball was rotating 27,000 times per minute and the other was stationary. The rotating ball traveled higher and then descended faster than its counterpart, which violated all known laws of physics.
The only explanation for this effect is that both balls are drawing energy into themselves from an unseen source, and the rotating ball is thus “soaking up” more of this energy than its counterpart – energy that would normally exist as gravity, moving down into the earth.
With the addition of torsion-field research we can see that the spinning ball was able to harness naturally spiraling torsion waves in its environment, which gave it an additional supply of energy.
A ball spinning at 27,000 RPM and a non-spinning ball were catapulted side-by-side with equal momentum and projection angle. In defiance of all who reject the ether as unrealistic, the spinning ball actually weighed less, and traveled higher than its non-spinning counterpart. Those who attribute this to an aerodynamic or atmospheric effect, please note that it works just as well in a vacuum. Also note, this effect has since been verified by other researchers. The decrease in weight of the spinning ball - anti-gravity - can explain why the spinning object goes higher and falls faster than the identical non-rotating control. Current thinking is that there is no special interaction between rotation and gravity.
The behavior of rotating objects is simply the addition of ether energy to whatever motion the rotating object is making.Dr. Bruce DePalma:
Acceleration of a rotating material object requires greater energy than a corresponding non-rotating one since some energy is supplied to the od field. (od = ether field)
The important fact is the establishment of the od field as the mechanism for a mechanical interaction with the gravitational field, in addition to the mechanical interaction expressed as Newton's Laws of the falling non-spinning mechanical body.
(from Gravity and the Spinning Ball Experiment)
A total defiance of Newton's law of universal gravitation.
FOR THE SAME MASS OF THE BALL, AND THE SAME SUPPOSED LAW OF ATTRACTIVE GRAVITATION, THE ROTATING BALL WEIGHED LESS AND TRAVELED HIGHER THAN THE NON-ROTATING BALL.