Inertial discontinuity...

[iacob alex]

  ....it's a specific feature of this space,we are  living in:the gravitational field.

    In inertia,as a primary rule,more massive bodies require more work to move or accelerate,than less massive ones.

    The gravity accelerates masses of all size with equal ease: all bodies,big and small,fall with equal rates in any given gravitational field.

     So,in a gravity fall,as a "curved space-time geometry",the bodies have not inertia in proportion to their own masses.

     Gravity has no inertia,operates without inertia,so as an inertial discontinuity.

     If we have a faster fall,we must add energy to a free falling mass.

     If we have a slower fall,we can extract energy,in some way,from the same motion.


             All the Bests!  /  Alex

[iacob alex]

     ...for a free falling mass ,in a gravitational field ,has an oddity,a specific feature: it is manifest on the vertical line,only

       As we know from ballistics,any other trajectory shape is affected by inertia.

       A mass on a roof can be stable,not moving...but on the edge of it,on eaves,it  can drop so easily...it has no inertia.,

       This is a wonder that happens on the vertical line: we can move so effortlessly,comparing. with any other path that ask to interplay with this unseen push or pull influence.

       This free fall seems to be a natural   action without   an apparent ( also natural) reaction,for the moment.

        Yes,for a limited time:when the free fall is stopped,the inertia enters on the scenery as a master of equilibrium,in a shortest  time.

       The question is if we can make a "deal" with inertia,so to interact with it,not at the end of the free fall,but on all descending time,in such a manner to be useful for our topic.

       We have a "free action"( in a free gravity fall),with no reaction.

        A reaction can be a certain manner  to imagine,organize a slow down  of the free fall, as an energy  storing system and the most important,to feedback the loop.

        It's possibly? Who knows?In the running...maybe yes,maybe not.

                                                                   All the Bests!  /  Alex 

[PYRODIN123321]

"We have a "free action"( in a free gravity fall),with no reaction."

........

Hmmm...I think the object being accelerated to the earth also pulls on the earth, small force but still a reaction

Peace

[brian334]

Alex,
Think of a donut shaped tank with wings, the donut shaped tank needs to weight a little more than the liquid it displaces.
Next let the donut shaped tank with wings fall thru a liquid.
As the donut shaped tank with wings falls thru the liquid it will begin to spin and build angular  momentum, it will also build liner momentum in the down direction.
After the tank builds momentum abruptly stop it from spinning and falling, use the momentum of the tank to increase the tanks displacement.
The tank is now lighter than the liquid it displaces and will float up doing work.
At the top send the tank over a wheel so the internal heavy metal weight is back on top.
Repeat the process.
This machine is patent pending.
This machine is not posted at my website, however there are four designs posted there. http://bsandler.com

[sm0ky2]

isn't this EXACTLY what we do with. say... Hydroelectric Dams?