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2024-05-18, 16:16:51
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Author Topic: Gravity Control With Gyroscopes?  (Read 763 times)
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img  russwr
Gravity Control With Gyroscopes? « on: 2023-09-30, 02:14:02 »
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The lifting / gravity control of mass was already done in the late 1800's , by John W. Keely machinist , inventor and musician in Philadelphia. Lots of documents available. See S V P. Books , and copies of documents. One of 4 different Keely gravity demonstrations was 3 spinning brass flywheels on heavy metal platform as SIRENS . The cup shaped ridges on rims was speed up by forced compressed AIR. When the tones generated was appropriate, Keely slowed down two so as there was an Inharmonic blend of tones in the air on top edges on angle, with certain ratio. The whole unit slowly rose up. The compressor was stopped. The base plate slowly settled down with decreasing RPMS. Why are people not studying the works of Keely? (3 gyroscopes / flywheels are needed not 1 or 2)
   
img  russwr
Re: Gravity Control With Gyroscopes? « Reply #1 on: 2024-04-01, 03:13:00 »
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Way back, many years ago, there was a US Patent on gravity control mechanism set up. Those of you who had collected technical data on the topic, probably already know this one. Two large diameter spinning brass flywheels about 30,000 RPMS, rotating a distance from each other in opposite directions, with edges in series, each create an electrical field overlapping in both areas. Electrons migrate to the rims. When the fields are sufficient, and up to speed, there is a third field created in between flywheels called "Kinematic".  Objects in this area have no weight.
Professor Searl from England practiced with high voltage rising screens in 1950, which his money investor had called " floating butterfly nets". His later remote controlled flying saucer shape device used a combination of high voltage static field mingled with magnetic field from self rotating magnet motor. He later was able to control direction of ship in the air, that was SILENT, when newspeople came with camera equipment and had caused RF interference with the flying saucer device. He then, figured how to get it better designed with surface hull vanes redistributed to alter the force of the field to get directional control. At certain rpm and high voltage, the noises/motor sounds stop up in the air, due to the high voltage ion wind pushing away the neutral air from around the circumference of the ship. (No air area is the narrow vacuum band around the perimeter where no sound is transferred outward.) He now lectures in US at conventions about his free energy motor with rolling magnets. His shop in England was burned down after he refused to hook up to the local power grid. The motor ran a generator for free power to his shop way back in time.
   
img  broli
Re: Gravity Control With Gyroscopes? « Reply #2 on: 2024-04-01, 13:27:32 »
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James from The Action Lab has an interesting video on gyroscopes:

https://www.youtube.com/watch?v=HL9RRLdcSZc&t=15s

And interesting part is how the addition of friction makes a gyroscope GAIN gravitational potential energy. Where did this energy come from? Its angular momentum?

Additionally here is Derek from Veritasium:

https://www.youtube.com/watch?v=GeyDf4ooPdo

He tries to lift it above his head without it spinning with great effort. I lift weights sometimes and I can assure you a 40 pounds shoulder press is not easy if you are not trained. Yet when it spins he does this with very little effort. The professor claims its due to the lever action of why it appears to be more heavy when lifted unspun. If the lever action disappears and all the 40 pounds is acting straight down on his hands, wont his body become the lever when he extends his arms like that shifting the center of mass significantly?

It cant be as simple as ACCELERATING the precession of a gyroscope to make it "lift" can it?
   
img  broli
Re: Gravity Control With Gyroscopes? « Reply #3 on: 2024-04-01, 13:49:41 »
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And one more dusty paper for the data driven people.

https://vixra.org/pdf/2205.0060v1.pdf
   
img  Smudge
Re: Gravity Control With Gyroscopes? « Reply #4 on: 2024-04-01, 15:27:46 »

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Quote from: broli on 2024-04-01, 13:27:32
He tries to lift it above his head without it spinning with great effort. I lift weights sometimes and I can assure you a 40 pounds shoulder press is not easy if you are not trained. Yet when it spins he does this with very little effort. The professor claims its due to the lever action of why it appears to be more heavy when lifted unspun. If the lever action disappears and all the 40 pounds is acting straight down on his hands, wont his body become the lever when he extends his arms like that shifting the center of mass significantly?

It cant be as simple as ACCELERATING the precession of a gyroscope to make it "lift" can it?
Of course it can, but it is not linear acceleration, it is angular acceleration.  If you increase the angular precession rate you increase the torque applied to your arm.

Here is a paper I wrote in 2003 you may find interesting.

Smudge
   
img  broli
Re: Gravity Control With Gyroscopes? « Reply #5 on: 2024-04-02, 12:03:13 »
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Quote from: Smudge on 2024-04-01, 15:27:46
Of course it can, but it is not linear acceleration, it is angular acceleration.  If you increase the angular precession rate you increase the torque applied to your arm.

Here is a paper I wrote in 2003 you may find interesting.

Smudge

Wouldn't this mean that there is some kind of configuration where a constant torque would induce a constant precision "up" against gravity. As the forced precession configuration would need us to accelerate the gyroscope around its precession axis to produce "lift". However the act of precision itself was part of a rotating frame then what if we used the act of rotation itself once more to get lift without needing to rely on increasing the overal angular momentum of the system. However even thinking about such configuration hurts my brain. The gyroscope is still two step ahead of me.

However its evident to me that thinking about what is happening to the Aether flow around it would help in solving its mysteries. Conrad has an interesting paper on this mass "extinction" and Aether "deprivation" process due to high angular momentum:

https://www.researchgate.net/publication/348458472_Law_of_Physics_20th-Century_Scientists_Overlooked_Part_4_Mass_Extinction_by_Aether_Deprivation
   
img  Smudge
Re: Gravity Control With Gyroscopes? « Reply #6 on: 2024-04-02, 15:02:01 »

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Quote from: broli on 2024-04-02, 12:03:13
Wouldn't this mean that there is some kind of configuration where a constant torque would induce a constant precision "up" against gravity. As the forced precession configuration would need us to accelerate the gyroscope around its precession axis to produce "lift".
Nope, the weight you have lifted is applied at the cenral base.  If you did the weight lifting experiment (swinging a gyroscope on the end of a rod) while standing on some bathroom scales they would still register your combined wieght.  In fact as you angularly accelerate the rod to accelerate the mass upwards it would record a higher weight).

Smudge
   
img  Paul-R
Re: Gravity Control With Gyroscopes? « Reply #7 on: 2024-04-04, 17:19:56 »
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I recall some years ago a project with a 3 foot square plywood platform.

On the four edges were mounted electrically driven identical flywheels, spinning in the same direction.

The platform itself was then rotated and the system would lose perceived weight. If the loss of weight exceeded the considerable weight of the system, then presumably it would float or rise up.
   
img  Paul-R
Re: Gravity Control With Gyroscopes? « Reply #8 on: 2024-04-10, 12:44:06 »
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Quote from: Paul-R on 2024-04-04, 17:19:56
I recall some years ago a project with a 3 foot square plywood platform.

On the four edges were mounted electrically driven identical flywheels, spinning in the same direction.

The platform itself was then rotated and the system would lose perceived weight. If the loss of weight exceeded the considerable weight of the system, then presumably it would float or rise up.

Can anybody produce an equation out of the following variables?

Weight of flywheels, m
rotational speed of flywheels, w1
length of edge of platform, l
rotational speed of platform, w2
Change of weight of system, F

in the form F = constant . Function (m, w1, l, w2)
   
img  russwr
Re: Gravity Control With Gyroscopes? « Reply #9 on: 2024-04-10, 22:39:33 »
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Way back many years ago, there was a Youtube video put up for about a month, and then was removed. A  single thermoelectric module was set on sensitive gram digital weigh scales and weight was noted.  The table top scales was glass covered and then wiring from power was connected. The scales registered less weight. The interference pattern waves generated to the earth gravity pull caused part neutralization of mass weight. Similar techniques have been previously known as the work of John Keely from 1890's. He used gold, silver, and platinum thermopiles wires connected to mass lifted, and carrying the resonant and harmonic ratio frequencies.  Also, a French scientist built an open frame dirigible with large sandwich plates of differing metals at each end. When the frequency generator was turned on with wires to both ends, the whole unit would lift upward. He flew it slowly to the next town and back. (translated from French with Bable Fish) A one-cylinder engine mounted with a large fan provided the forward movement of the weightless craft.
   
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