According to Konstantine Meyl in his book Scalar Waves (13.3 Tamarack Mines Experiment, and 13.4 Field dependent linear measure) time changes, and so does matter density and space measures due to the gravity and energy local field strength changes and distance from the center of the Earth which can be measured experimentally and has been but cannot be measured by relativity and subjectivity theory but only by objectivity theory.
"Obviously both the length l and the speed of light c depend in the same manner on the respective local field strength ...
The irony thus lies in the fact, that geometric length dictates the measurement of time and the measurement of time again determines the measurement of length - poor science! ..
How does one free oneself from a capitol closed loop conclusion? Why and how do signal transmission times or clocks actually depend on gravitation? Who once got stuck in a dead end, knows that he can only get out in the reverse gear..., Konstantine Meyl Scalar Waves"
13. 6 Spherical Aberration (Pg. 279) Konstantine Meyl Scalar Waves
It is true that the problem of the changed length relations is know to the experts under the term of a "spherical aberration". But with that it is neither qualitatively nor quantitatively understood. Only the theory of objectivity, soundly gives reasons for, why the Astronaut Roosa has seen his colleagues almost 3 times as large, why weather satellites in a height of 15 km are approx. 25 % larger and why communication satellites in a 36000 km high geostationary orbit even increase to 6.64 fold of their original size. It also explains why the neutral point between the Earth and the moon, at which the attraction of masses of both celestial bodies mutually cancel, wasn't reached at the point where it had been expected by the moon rockets.
We the inhabitants of Earth, are adapted completely to the conditions of the Earth's surface. .....
On the other hand it should be paid attention to the fact, that man eyes everything with the speed of light with the optics of his eyes, and that speed by no means has to be constant. Solely the definition of the speed of light c is a linear measure per unit of time points to the direction proportionality between c and a length l (See chapter 6.3): c ~ 1.
If a rule has proven to be unusable for measuring a distance, then we'll experience the same disaster, if we measure optically, i.e. with the speed of light. Obviously both the length l and the speed of light c depend in the same manner on the respective local field strength. On the one had both measurement techniques lead to the same result, but on the other hand what can't be measured with one method, neither can be measured with the other.
To prove the constancy, it is normal to measure the speed of light optically. But since there exists a proportionality between measurement variable and the measurement path (53), the unknown variable is being measured with itself. The measurement faulty by principle in all cases delivers a constant value. In contrast to the textbook opinion of today by no means a constancy of the speed of light can be assumed. In the case of the in a vacuum measurable 300,000 km/s it concerns a capitol measurement error, at best a constant of measurement, but never a constant of nature.
With the postulate and the misinterpretation of a constancy of the speed of light as a universal constant of nature Einstein already let several generations of physicists run into the same dead end, in which they today are stuck altogether. It surely is no accident, that the big time of discoveries abrupt came to an end with Einstein ..
Konstantine Meyl 13.7 Irony of the measuring technique (Pg. 281) Konstantine Meyl Scalar Waves
Lets record: The linear measure is determined and defined by a measurement of transmission time. As a reason is given, that with today's clock technology a higher precision and reproducibility can be obtained as with a rule or original meter. The exactness of going of the atomic clocks again depends on the free flying path (L in fig. 13.7) of the atoms. For the cesium clocks of the Physikalish Technischen Bundesanstalt in Braunschweig the resonator length amounts to several meters! The clock is used world wide as a standard.
The irony thus lies in the fact, that geometric length dictates the measurement of time and the measurement of time again determines the measurement of length - poor science!
How does one free oneself from a capitol closed loop conclusion? Why and how do signal transmission times or clocks actually depend on gravitation? Who once got stuck in a dead end, knows that he can only get out in the reverse gear.
A possible way goes back to the roots of classical physics and to the theory of objectivity in the 1st part of the book, which is free from the limits of subjectivity and relativistic observer standpoint. That isn't a dead end and in addition explains why all atomic clocks react sensitive to magnetic fields (magnetostriction) and what these fields have to do with gravity (see chap. 6.9)!
Todays clocks are so exact, that even differences between a clock stationed on a mountain and one at sea-level can be recorded. Even more clearly was the depending on gravitation determined at an atomic clock, which was shot in a rocket 10000 kilometers high into space. The result of the analysis without doubt was, that the clock in the case doesn't tick correctly anymore.
But was does theoretical physics say about it? It claims, here the red shift has been measured; it thus concerns a confirmation of the special theory of relativity. But since it concerns a clock experiment and not a light signal, it clearly contradicts this theory, which isn't able to describe any gravitation effect at all, as is well known. For this case in the spheres of theoretical physics one helps oneself with the general theory of relativity, with which actually only would be proven, that the two theories from the legacy of Einstein completely incompatible contradict each other. We come to the following conclusions:
Who ever gives details about the length of time, is obliged to also indicate the reference system.
He also has to inform where his laboratory is situated and with which device he measures.
......
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