A lesson of simplicity...

[iacob alex]

.....at: www.youtube.com/watch?v=F8UFGu2M2gM


Maybe ,the "track" to a FED (free energy device) is an interlace of simple , elementary ideas as a FEL (free energy leverage ).


Before to "file" (on paper ) ,it's better to have an "ideation profile".


   Al_ex

[iacob alex]

.....or how  can you play torque difference , due to gravity unbalance , at :
   www.youtube.com/watch?v=Au08_vivCTw
All you need: fulcrum , lever , two swinging/rotating masses .


  Al_ex

[LibreEnergia]

        Hi  !
Really , it's an amazing performance , to show us  a gravity multiple balanced leverage.


It's a lesson of statics.


But how about a lesson of natural dynamics ?...on the sky firmament...at :


   www.youtube.com/watch?v=1iSR3Yw6FXo


It's the next "lesson" , about an inertia and  gravity multiple unbalanced leverage.


If we can see it as a model for the so called mechanical "perpetuum mobile" concept , we can imagine a gravity motor simply , as a leverage...a relation between a fixed point/fulcrum  and a mobile point/flow/fall...or a cranck  , an  angular arm equivalent , imparting continuous  motion due to gravity fall , to a rotating shaft.


     Al_ex

None of this makes any sense. If you extract energy from a system like this it stops.

The sun/planet system is no more perpetuum mobile than a simple pendulum on earth is.

If is simple enough to work out a way to extract energy from the orbit of the planets. (A gravity slingshot for a spacecraft is such a thing. The hard part is working out how to transfer that energy to where you'd like to use it.

[lancaIV]

There is a torque(Larmor:frequency/rotation-direction ?),an impulse and an inertia-counter-inertia relationship (like back-/emf).
Sun/earth relationship is a time dependant/determinated process.
Included Impulse-dependance :Iove/Jupiter: mass-gravity


Sincerely
              CdL

[iacob alex]

...at :  www.youtube.com/watch?v=1iSR3Yw6FXo
          www.youtube.com/watch?v=DhFHAEQ5x4c
          www.grabcad.com/library/perpetuum-mobile-1
          Al_ex