How to make an anti-gravity barrier

[Low-Q]

@F6FLT


geptole assumes that the spinning flywheel takes energy from the motor, since the flywheels horizontal axsis also rotates tn the vertical axis. He assume that there is a gyroeffect that takes energy from the motor, and since the gyroeffect itself has no loss, the energy that "disappear" is slowing down time.


The problem is that there is no gyroeffect what so ever that the motor must fight, because the vertical axis is locked in one posision - vertically.
As soon as you lock or fix the vertical axis, the gyroscopic momentum disapper, not the energy.


So, in short:
This device will create a lot of noise and heat, but nothing else.


Vidar

[geptole]

the energy that "disappear" is slowing down time.
Vidar

time goes faster.
You didn't even look at the drawing.

[Low-Q]

time goes faster.
You didn't even look at the drawing.

Both the drawing/design and the theory is false. It doesn't work. It does not make time go faster, or slower.


So the problem isn't that I mistakenly wrote "slower", but the device does not work the way you want.


Tomorrow I will buy two hinges, so I can demonstrate how the gyroeffect stops in a pendulum so you can see for yourself that your motor does not require energy to run the flywheel, that rotates both vertically and horizontally.


So you also can see that energy is conserved within the system.


Vidar.

[Low-Q]

So, I have bought hinges to fix the pendulum to move in one direction. For practical reasons, the flywheel is tested both vertically with its plane facing movement of the pendulum, and horizontally. It really doesn't matter. First example wants to twist the pendulum, and second example wants to push the pendulum sideways. Since these directions is not allowed, the pendulum works just fine.
I'll get back in a few hours. I need to build it first.


Vidar

[Low-Q]

This is the first proof. If you want another proof where the flywheel is horizontal, not vertical, please let me know.
Notice that the ballbearings in the flywheel cause the flyeheel to twist a little bit. It is done intentionally so you also can see how the gyroscopic effect works in the flywheel.
A 100% firm bearing will not cause this twist.

https://youtu.be/sCxTstTTl88


Vidar