Mechanical free energy devices > mechanic
The Prometheus Effect, an OU Challenge
prometheus_effect:
Here is my Prometheus Effect OU challenge,
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Imagine a level surface with two poles at right angles to the level surface. One pole is 1 meter high and the other pole is 2 meters high. The poles are 10 meters apart. The acceleration of gravity is 9.81m/s^2.
Now imagine a 1kg steel ball resting on the level surface next to the 1 meter pole.
Lift the steel ball to the top of the 1 meter high pole, then allow the ball to drop back to the level surface and measure its final velocity. From this calculate the resultant Kinetic energy as KE1.
Lift the steel ball to the top of the 2 meter high pole, then allow the ball to drop back to the level surface and measure its final velocity. From this calculate the resultant Kinetic energy as KE2.
Confirm KE2 - KE1 is the effective work done to lift the steel ball the extra meter from the top of the 1 meter high pole to the top of the 2 meter high pole.
Connect an inclined ramp from the 1 meter high pole to the 2 meter high pole such that the ball's starting and final heights are the same as before.
At the side of the ramp place a pair of magnet arrays arranged such that their facing pole faces are opposite and an equal distance from the centre line of the inclined ramp. They are closer together at the top than at the bottom of the inclined ramp so as to form an increasing magnetic density along the inclined ramp with sufficient
Ferromagnetic attraction so as to attract the ball up the inclined ramp.
Lift the ball from the level surface to the top of the 1 meter high pole and onto the start of the inclined ramp at a point where attraction up the inclined ramp is balanced by gravitational attraction down the inclined ramp. At this point the ramp starts and there is no ramp down incline from the ball resting position. Slightly nudge the ball backward and measure the falling ball's final velocity. From this calculate the resultant Kinetic energy as KE3.
Replace the ball at the starting position on the top of the 1 meter high pole / start of the inclined ramp and slightly nudge the ball up the inclined ramp. Notice the ball is pulled up the inclined ramp by the increasing magnetic field density and drops off the ramp as the ball reaches the top of the 2 meter high pole's end of the inclined ramp. Measure the falling ball's final velocity. From this calculate the resultant Kinetic energy as KE4.
Confirm KE3 is with-in 5% of KE1 and KE4 is with-in 5% of KE2. Note KE4 is in excess of KE1 / KE2 and the difference is OU energy.
Note that no outside energy was used to move the ball along the inclined ramp from the top of the 1 meter high pole to the top of the 2 meter high pole yet the falling ball has significant excess Kinetic energy to that which would have been expected. Conventional theory would suggest the final Kinetic energy KE4 should be less than KE1 / KE2 as the ball experienced various forms of frictional and eddy current loses.
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I call this OU effect the Prometheus Effect and have verified (on a smaller scale) that the above energy gain actually occurs. Others have independently verified a similar energy gain but using a different measurement system. Would a demo of this (the Prometheus Effect) qualify as a real OU effect to you? Comments either way and discussion of the measurement protocol most welcome.
I have released the data on the Prometheus Effect on this forum for non commercial use. Please contact me for commercial use.
Prometheus Effect
hartiberlin:
In my view, yes, it would,
cause you get the extra Kinetic energy for free.
Other comments are welcome.
Well done example.
Regards, Stefan.
prometheus_effect:
An OU measurement system has been developed which directly measures the amount of energy creation for each pass through a Prometheus Effect OU gate. The Prometheus Effect is what is at the heart of the SMOT device. Details can be found at:
http://groups.yahoo.com/group/prometheus_effect/
PaulLowrance:
Dear prometheus_effect,
If you performed an experiment then why don't you reveal your exact data? I believe OU may be possible on the quantum level such as the intrinsic electron spin, but your experiment is on a large scale. I do not believe your experiment is free energy much less over unity. I would be very interested in seeing your exact experimental data including the dimensions, where you placed the measuring equipment, etc.
Sincerely,
Paul
prometheus_effect:
Hi Paul,
If you log-in to the Prometheus Effect site ALL the data and videos are there including independent verification done by the team of Jean-Louis Naudin and French physics Professor Pierre Clauzon. The data is very solid and the OU Prometheus Effects is easily duplicated from the full disclosure data on the site. You could even check out the OU claim yourself.
Just goto:
http://groups.yahoo.com/group/prometheus_effect/
Prometheus Effect
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