Free Energy RANT CAFFE ASYLUM

[kolbacict]

I did not quite understand what you want to do and why there is a condom.   

I believed that there would be forces striving to stretch the rubber bubble in order to increase the capacitance of my makeshift capacitor. water simply acts as a capacitor plate. Electrical conductivity is not a problem. Mercury would be even better.

[Sergh]

I don't understand where these forces come from, if inside and outside there is the same water. Why are you not satisfied with an ordinary electrolytic capacitor?
https://www.youtube.com/watch?v=lmVVdV8wuB0

[Cadman]

Why won't my condom expand ?
The two plates of a capacitor are water. Inside the condom and outside.
Rubber is my capacitor's insulator.  I apply about 1 kilovolt to the water plates.
The rubber must stretch for the capacitor to increase its capacitance.

Of course you know the condom can not expand if the water outside of it has no place to go.
Looking at your photo, where can displaced water in the bottom of the flask go to? It looks to be sealed to the neck at top and bottom.

[kolbacict]

Valves are open ,water inner and water outside opens for the atmosphere.
But changing  level of water doesn't sight.

I don't understand where these forces come from, if inside and outside there is the same water.

Similar to how a dielectric is drawn between the plates of a charged capacitor.
In an effort to increase the capacitance, and reduce the energy of the capacitor. IMHO.
But don't worked out to me.

[Sergh]

But changing  level of water doesn't sight.

Let's imagine a model that would probably work.
When I experimented with highly purified deionized water and high-voltage ceramic capacitors sawn in half, I wrote that when an alternating voltage of 10 - 15 kilovolts 20 kilohertz (approximate numbers) was applied, the water somehow swelled. Not much.
It was a long time ago.
In principle, this is the same effect as in the video about water bridges, the link to which I gave above.
Now about the hypothetical model. If you take your insulator material, and split a rectangular plastic cuvette in half with a partition of this rubber. Then add a few drops of highly purified water on both sides so that they are in contact with the partition. Then apply an alternating high voltage with a frequency of several kilohertz and a voltage of more than 10 kilovolts.
Probably the water will swell and begin to rise along the wall. "Swell" - visually the viscosity of the water increases, as in the video about water bridges.
Hm I do not know.
Probably if you make a multilayer capacitor from your material, many layers less than a millimeter, and each electrode and water, then it will somehow change in length when a high voltage is applied. Probably get something like "synthetic muscle" for the robot.

https://en.wikipedia.org/wiki/Electroactive_polymer