Among things like a torsion balance, an atomic interferometer, a pack of cigarettes, liquor stores, score cards and various handicaps, or whatever it may be in occurrence by misty brook, for example, the force of gravity has been said to
be constant. "The accuracy of the measured value of G has increased only modestly since the original Cavendish experiment. G is quite difficult to measure, as gravity is much weaker than other fundamental forces, and an experimental apparatus cannot be separated from the gravitational influence of other
bodies. Furthermore, gravity has no established relation to other fundamental forces, so it does not appear possible
to calculate it indirectly from other constants that can be measured more accurately, as is done in some other areas of physics. Published values of G have varied rather broadly, and some
recent measurements of high precision are, in fact, mutually exclusive."(1)(2)
When Cavendish first measured
gravity his thought was not actually to measure the gravitational constant, but rather to measure the Earth's density relative to water, through the precise knowledge of the gravitational interaction. The density that Cavendish calculated implies a value for G of 6.754 × 10^-11 m^3 kg^-1 s^-2. However, the gravitational interactions of water and the Earth are not only gravitational ... nor are they constant.
Rain may spoil a picnic but save a farmer's crop. Circumstances in cause and effect, like the quiddity and quality everywhere around us, are also intermittent; and elemental interactions in quale quid at
times may involve excess. From top to bottom shelf in liquor stores, for example, and in the smoke and mirrors in smoky back rooms, and in the table of elements, excess remains opposed to nature, where even the bottomless pit has a limit too, at
least in the sense of cause and effect, and only being another bad situation, yet that is not the sort of play in terms of expression they want for science by "gravity".
"The farmer has to be an optimist or he would not still be a farmer", where the gravitation of precipitation remains unpredictable. Yet if there was
only one quality of one element, and that would be all, if there was only one interstitial quality in nature, ens inquantum ens, that would be one thing that would be everywhere ... like Newton's idea of gravity and the interstices ... but that is not how it really is for agriculture or the markets. Without fallacy of composition, however, or stepping into infinite regress,
the ancient Greeks recognized four fundamental qualities corresponding in simple and constant ways to four
basic elements, e.g., hot and cold, and wet and dry, which assimilate fire and earth, and water and air. The basic rubric was good enough that it still catches the essence overall of the whole modern table of elements.
the other things like torsion balances, score cards, and luggage of whatever, where is the gravity in the cause
and effect in the qualities in the elements? As there is no contact in numbers, only succession, what is the order of operations as gravitation goes to a center? Where is the gravity or algebra of events except always in
the same place, in the tension, pressure, mass, weight, balance, structure, and elemental design of things that would have a center?
Since the accuracy of the measured value of G has increased only modestly, after the original Cavendish experiments, take a look at the numbers.
1. G = 6.754 × 10^-11 m^3 kg^-1 s^-2 is from Cavendish's experiments.
2. G = 6.693 × 10^-11 cubic meters per kilogram second squared, with a standard error of the mean of ±0.027 × 10^-11 and a systematic error
of ±0.021 × 10^-11 cubic meters per kilogram second squared, is from atomic interferometer experiments.
3. G = 6.674 x 10^-11 m^3 kg^-1 s^-2 is from a heliocentric science textbook.
The other things
and their measurements in the formula are the same except for .754, .693, .674. Then what is that little stuff in the modica of the vapors? Was that some of the universal
and constant gravity in the .754, .693, .674? Would that have been what it was? How did it change, if it was universal and constant, and where did it go in constant mutability?
Is it only the darkness that follows under feet in a game of relativity and hocus pocus? The lithosphere may become as dry as the desert air without water, as dry as hydrogen or oxygen without the same.
Besides these and such numbers, in resolution, various experiments
with ultra-sensitive torsion balances have found discrepancies in Newton's inverse square law, "to the tune of .37%, quite innocuous to the average Joe on the street, but a gaping
hole in the world of science."-3
And heliocentrism still denies there is a center, and that anything or any place in the cosmos is authentically stationary. Acentric cosmology says everything is in motion, including the Earth, of course, and there are only relative
states of rest in relative inertial frames of reference. Even if things may look at times as though they are stopped, they never really are. At most, they are only relative inertial frames of reference, as everything must be in motion.
Would it be, however, that measuring constant changeability in percentages and motion of some sort, and relative inertia in various
things of relativity, is only the vapors, "through a glass darkly", rather than gravity? If it is not more constant and universal than the vapors, and not yet, how could it be so already? If it were constant and universal, it should
be constant and universal already --- and have always been so.
Circumstances and conditions may represent something that sometimes is not yet, yet uniformly euphemistic for
science, like any other step in division or multiplication by 1, but is it fair to call that "gravity" in the sense sought by Copernicus? Where varied circumstances prevail, predicated or activated in separate spheres, therefore, the Newtonian and heliocentric theory of gravity and of the cosmos must be simply wrong, since surrounding things are not constant and universal by the differentiations and experiments that come and go either.