deschoe

the thing with a wave was only an example : https://books.google.de/books?id=hupZaqROt9QC&pg=PA18&lpg=PA18&dq=pressure+under+a+wave&source=bl&ots=dGLKNHXjWv&sig=nR0gAyl_Bk9lWUryBDn-BXktzLY&hl=de&sa=X&ved=0ahUKEwi_mKjThvHQAhWEvRoKHZX3DA0Q6AEIHzAA#v=onepage&q=pressure%20under%20a%20wave&f=false But I hink I have to explain this once more. One floater in a capillary has a higher evel, than a floaer outside a capillary, because there is a additional weight ( the little waterhills in the surrounding area of the floaer outside the capillary ) that keeps the floater outside the capillary down. and to build a mechanical system that doesent need a human hand, it costs about 200000 $. its like to make a watch for the first time, means you have to make every single part as a custom made.

the pressure under a wave is higher than the pressure under the area outside the wave and the little waterhills in the surrounding area of a wooden floater is like a permanent wave. best deschoe as I said, if you have a permanent wave at a tiny devined place, you have a different pressure at this two places, and for this, two floaters ( cube stacks ) at these places have different levels, ... and than results .... (watch the videos if you dont know what results ) best deschoe

and whats in the case with the cubes ?

As you can see in these following videos, capillaries are able to suck little waterhills in the surrounding areas of floaters away, so that a floater in a capillary rises more than a floater outside a capillary. For this you can create a circulation between the two floaters, that creates energy, but the question is, where does this energy come from ? here is the 111 sec version : https://youtu.be/SbB7kPnwZXQ and here the detailed explanation : https://www.youtube.com/watch?v=u2dsHW-fOUg Please let me know, why do you think this is compatible with energy conservation as far ? best deschoe