Brownian gravity. An approximation experiment.

Following on from previous notes on Brownian Motion, Phantom Charges, and Brownian Gravity (“Brownian Gravitation”, “On the Force of Brownian Gravity”, “Fluctuation Levitation”)

We will suspend above the surface of the Earth, close to it, a certain metal ball weighing, say, one gram.

Connect the pole of the rectangular electric pulse generator to it through a very light wire. The polarity of the generator pulses is controlled, in turn, by a random number generator. We will do the same with the Earth’s surface. The ball and the surface of the Earth can each be in three simultaneous states:

Positive charge, negative charge and zero charge.

Thus, the following combinations of states are possible:

UNIPOLAR pulses of the same amplitude and duration are applied to the ball and the Earth.

2 states: plus-plus, minus-minus. Effect: Repulsion.

MULTIPOLAR pulses of the same amplitude and duration are applied to the ball and the Earth.

2 states plus or minus, minus or plus. Effect: Attraction.

The ball and the Earth are supplied with plus or minus potentials (impulses) on one body and zero on the other or both – zero

5 states:

Plus or minus impulse to the Ground and zero to the ball are 2 states.

Plus or minus impulse to the ball and zero to the Ground are 2 states.

Zero on the Ground and on the ball is the one state.

In the previous two states, the effect will also be attraction due to electrostatic induction.

In the latter case, there is no electrical interaction.

So, to summarize:

Of the nine possible mutual states, one does not create any electrostatic interaction at all.

The two are mutual repulsion.

The other six are mutual attraction.

Since initially both the amplitude of the pulses and their duration are the same in all cases, the forces of attraction prevail over repulsion.

The pulse frequency is as high as technically possible. Preferably a trillion random pulses per second.

By changing only the amplitude of the pulses, leaving everything else constant. we achieve, say, the SAME force of electrostatic attraction in one gram of additional “weight” or any other MEASURABLE QUANTITY!

Then we calculate the total electric charge applied to the bodies.

In theory, this force of such a charge should be less than the usual constant Coulomb interaction by a factor of ten to minus thirty-sixth (A hypothetical situation where all the atoms of the ball and the Earth turn into ions of the same sign in each body)

This is approximately the ratio of the dimensions of electric and gravitational forces.

If the result of the experiment shows with a sufficient degree of reliability a similar ratio of forces of interaction, then the hypothesis of Brownian “gravitational” interaction contains a rational grain as an alternative to the “purely gravitational”, generally accepted today.

It is also supported by the current “speed of gravity propagation”, which is equal to the speed of light. That is, if, for example, the Sun instantly increased or decreased its mass by twice then the Earth’s motion in orbit will be affected in about eight minutes.

The main, purely technical, problem in this experiment is the speed and potential height of the pulse generator and the random number generator controlling it, as well as measuring extremely small changes in the force of the “weight” of the ball.

You can, of course, use generators with a lower pulse frequency and random number injection, and then make the appropriate approximation to a frequency of one trillion pulses per second and higher.

The fundamental question is: Will this experiment be able to recreate a semblance of gravity?

However, I should immediately note that the forces of electrostatic interaction measured in such an experiment will still be MANY ORDERS of magnitude greater than the gravitational ones, because the mutual compensation of the multitude of Phantom Charges in real bodies is NOT TAKEN into ACCOUNT here. A multitude of multipolar Phantom Charges that occur with great frequency in real bodies “cancel” each other, and therefore the total random charge of a body depends on the purely probabilistic predominance of one charge over another in a given one trillionth of a second, as it is manifested in the Brownian motion.

The skin effect, I believe, will not be observed at such ultrahigh frequencies due to the inertia of the electrons and the states of the Phantom Charges themselves.

Faciant meliora potentes.

If I’m wrong, let my seniors correct me.

19 X 2025

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