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Flat Earth Theory / Re: Q. Universal Acceleration versus Newton's Law of gravitation:
« on: June 23, 2018, 09:50:08 PM »
chirp, chirp.....chirp, chirp.......chirp, chirp.........
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Distances and velocities calculations are based on the degree of redshift.
A ripple in the sea of ether is a transverse wave, it cannot exceed the speed of light.
A gravitational wave, by contrast, is a longitudinal wave at superluminal speeds.
Regarding the Cavendish Experiment, see: http://milesmathis.com/caven.html
It is a highly sensitive experiment that was basically uncontrolled. There are forces much powerful than the alleged affect of gravity that would affect the objects.
At first glance, it must be clear that the walls of Cavendish’s box and shed cannot be ignored. Even if we look at them only from a gravitational perspective, there is simply no way they can be ignored.
Other experiments are done in massive modern buildings that ......may have any number of different E/M fields, some created by the earth, some created by the iron beams in the buildings, some created by electrical networks in the building. None of this is considered.
You keep banging on about my inability to accept the equivalency of gravity and acceleration.....please quote where I have made any statement that indicates this.
Gravity is an acceleration caused by a FORCE experienced between masses.
Good lord man, please stop, you are embarrassing yourself. I have direct quoted you already pointing out your ignorance....the fact you don't get it is telling
And that is not what gravity is, seriously, have you ever taken physics. That is neither the Einstein or Newtonian definition... Is it your own (again)?
Any force below a certain minimum amount will not be expressed, and will not lead to motion. Especially with the example of the apple, I suspect that the air pressure between the apple and the torsion bar would prevent the calculated force from expressing itself.
You still do not understand Whittaker's papers do you?
Transverse waves = speed of light = law of conservation of energy
Longitudinal scalar waves = superluminal speed = defiance of the law of conservation of energy
The event also provides a limit on the difference between the speed of light and that of gravity. Assuming the first photons were emitted between zero and ten seconds after peak gravitational wave emission, the difference between the speeds of gravitational and electromagnetic waves, vGW − vEM, is constrained to between −3×10−15 and +7×10−16 times the speed of light, which improves on the previous estimate by about 14 orders of magnitude. In addition, it allowed investigation of the equivalence principle (through Shapiro delay measurement) and Lorentz invariance. The limits of possible violations of Lorentz invariance (values of 'gravity sector coefficients') are reduced by the new observations, by up to ten orders of magnitude. GW170817 also excluded some alternatives to general relativity, including variants of scalar–tensor theory, Hořava–Lifshitz gravity, Dark Matter Emulators and bimetric gravity.
The interest and effort was global: the paper describing the multi-messenger observations[1] is coauthored by almost 4,000 astronomers (about one-third of the worldwide astronomical community) from more than 900 institutions, using more than 70 observatories on all seven continents and in space
Can you now understand what is meant by the UNIFICATION of electromagnetism and gravity?
you do realize that UA says there is no such thing as gravity, right?? kind of another import part you are missing.
The famous Schiehallion experiment involved measuring the deviation of a plumb line placed next to the mountain Schiehallion in Perthshire (I used to live there). The deviation gives an instant indication of the evident force between masses and the numbers are in line with the aforementioned equation. Only when you can do such a direct observational experiment can you say something is 'observed'.
"Whittaker proved the existence of a "hidden" set of electromagnetic waves traveling in two simultaneous directions in the scalar potential of the vacuum -- demonstrating how to use them to curve the local and/or distant "spacetime" with electromagnetic radiation"
These results assimilate the propagation of gravity to that of light ... [and] would require that gravity be propagated with a finite velocity, which however need not be the same as that of light [emphasis added], and may be enormously greater ..."
But these results assimilate the propagation of gravity to that of light: for the undulatory phenomena just described, in which the varying vector is a gravitational force perpendicular to the wave front, may be compared with the undulatory phenomena made familiar by the electromagnetic theory of light, in which the varying vectors consist of electric and magnetic forces parallel to the wavefront. The waves are in other respects exactly similar, and it seems possible that an identical property of the medium ensures their transmission through space.
"Of course, this investigation does not explain the cause of gravity"[/b][/i]
"Whittaker.... demonstrating how to use them to curve the local and/or distant "spacetime" with electromagnetic radiation"
"all that is done is to show that in order to account for the propogation across space of forces which vary as the inverse square of the distance, we have only to suppose that the medium is capable of transmitting, with a definite though large velocity, simple periodic undulatory disturbances, similar to those whose propagation by the medium constitutes, according to the electromagnetic theory, the transmission of light."
you sure are confident about gravity without even knowing how gravity works, interesting.
the mechanics of RE Gravity are NOT known (same with CG)...unless you recently discovered how and then i will apologize to you are your forthcoming Nobel prize
as far as position of stars affecting the values??? seriously, you are really just trying to find anything to argue on when nothing is there. do you really think there is variability in the distribution of starts to affect the values??? look up in the sky next time its dark, stars are pretty consistently spread accross the sky
CG bases it as distance from the stars. and the same results. sea level = 1g, higher elevations <1g.
Of course we have direct measurement. The accelleration (undistinguishable from gravity) is more at sea level than higher up on mountains. This is a fact and observed many times.
sandokhan was nice enough to provide you with a lengthy response and reference material via links. you posted a response 12 minutes after he posted...so you obviously took no time to read the material.
The colour of light a star emits is related to its temperature.
This is an unproven hypothesis.
The colour of light a star emits is related to the density of ether, not to the temperature.
empirical evidence proves that gravity as modern science presents it cannot exist
not that big of leap that CG wouldn't be fully understood either, but it is observed
The studies you can't find on celestial gravitation? There aren't any. For all intents and purposes it's an answer given to explain the phenomena that has been observed.
The colour of light a star emits is related to its temperature. This means that we can determine the effective temperature of the Sun by measuring the amount of light it emits at each wavelength and comparing the resulting spectrum we see to models. Another approach is to record which absorption lines are present in the solar spectrum and determine their strengths; both the elements present and their strengths are sensitive to temperature. These different methods all show that the effective temperature of the Sun’s surface is around 5,800 kelvins (9,980 degrees Fahrenheit [5,520 degrees Celsius]).
So although the Sun’s corona at a temperature of over a million kelvins (1,800,000 F [1,000,000 C]) is significantly hotter than the photosphere, the vast majority of the light we use to measure the effective temperature of the Sun comes from its photosphere. The contribution from the corona is minuscule in comparison.
Celestial Gravitation is a part of some Flat Earth models which involve an attraction by all objects of mass on earth to the heavenly bodies. This is not the same as Gravity, since Celestial Gravitation does not imply an attraction between objects of mass on Earth. Celestial Gravitation accounts for tides and other gravimetric anomalies across the Earth's plane.
Although the internal structure of the solar core is hidden from direct observations, one may conclude, from using various models, that the maximum temperature inside of our star is about 16 million degrees (Celsius). The photosphere - the visible surface of the Sun - has a temperature of about 6000 degrees C. However, the temperature increases very steeply from 6000 degrees to a few million degrees in the corona, in the region 500 kilometers above the photosphere.