Simple experiment uncontestable scientifc proof of Perpetum Mobile concept.

[gfcgamer]

Today is great  the revealation.


Newton talk about Apple fall from trees, But how they get there?
Answer: Growing against gravity.

The controled flow will for sure result in laddering up spheres like this great artists video from 0:30 onward.
http://www.youtube.com/watch?v=tmwQ3Robd1k




The answer  - the complete design.


1 - How fast something can grow?  How subtle the matter is.
2 - How fast and strong can something absorb water? Polyacrilamyde spheres - micro spheres maybe less than a second.
3 - How fast polyacrylamide spheres can dry? If micro-spheres? - Maybe less than a second in tropics.
4 - How much polyacrylamide spheres can suck water into itself?  - (generally 600%, 1000% or more if distilled water)
5 - How much polyacrilamide can rise in a tube as they inflate when touch water at the botton? -  As how strong each sum to each other to absorb water.


Why spheres?
Try use imagination to build up a scene:


A tube wil have a tiny distance from botton ground, that let only already dry spheres flow under inside the tube.
Under this tube, allways a "Big Parent hidrated" sphere receiveng a new "Child Dry" sphere.
Under the tube, a hole let open to touch a 2 milimeter vast water underground layer with enough water to hidrate all spheres that can get inside the tube.
Once hidrated they push up "Big Parent Ones Up", as recently hidrated, they can't get out from where they come, but up.
On the surface, another Vast plate with ambient heat that will dry then out before being able to fall into his tiny holes.
When fall in this holes they are guided again to roll under the tube, beyound the last "Child" that now is "Hidrated Parent".
On the sky: a condensating cooper that let water droplets condensate to fill the water underground under the botton.




Non polyacrylate solution?
Many particles have different behaviors, like oxigen absortion.
Many particles hold oxigen only on high pressure.
Many particles mixes with other particles in egg-like formats that brake at some circunstances.


Again: HOW THE APLLE GOT TO THE TOP OF THE TREE?


gfcgamer

[johnny874]

Today is great  the revealation.


Newton talk about Apple fall from trees, But how they get there?
Answer: Growing against gravity.

The controled flow will for sure result in laddering up spheres like this great artists video from 0:30 onward.
http://www.youtube.com/watch?v=tmwQ3Robd1k




The answer  - the complete design.


1 - How fast something can grow?  How subtle the matter is.
2 - How fast and strong can something absorb water? Polyacrilamyde spheres - micro spheres maybe less than a second.
3 - How fast polyacrylamide spheres can dry? If micro-spheres? - Maybe less than a second in tropics.
4 - How much polyacrylamide spheres can suck water into itself?  - (generally 600%, 1000% or more if distilled water)
5 - How much polyacrilamide can rise in a tube as they inflate when touch water at the botton? -  As how strong each sum to each other to absorb water.


Why spheres?
Try use imagination to build up a scene:


A tube wil have a tiny distance from botton ground, that let only already dry spheres flow under inside the tube.
Under this tube, allways a "Big Parent hidrated" sphere receiveng a new "Child Dry" sphere.
Under the tube, a hole let open to touch a 2 milimeter vast water underground layer with enough water to hidrate all spheres that can get inside the tube.
Once hidrated they push up "Big Parent Ones Up", as recently hidrated, they can't get out from where they come, but up.
On the surface, another Vast plate with ambient heat that will dry then out before being able to fall into his tiny holes.
When fall in this holes they are guided again to roll under the tube, beyound the last "Child" that now is "Hidrated Parent".
On the sky: a condensating cooper that let water droplets condensate to fill the water underground under the botton.




Non polyacrylate solution?
Many particles have different behaviors, like oxigen absortion.
Many particles hold oxigen only on high pressure.
Many particles mixes with other particles in egg-like formats that brake at some circunstances.


Again: HOW THE APLLE GOT TO THE TOP OF THE TREE?


gfcgamer

  cool vid 

[gfcgamer]

This video is not mine, my project would show a example over time that balls dry out, and fall just under hidrated ones, making a perpetum mobile, but just slower.

[gfcgamer]

check the image anexed