Angleochoas
Quantum Scribe
Is it really that hard?
Kinetic energy + magnetic repulsion x self driven electro (*see end note)
Let's take something that works in nature and resimulate it with mechanics - something that can be housed in a structure and the motion never stops, thereby driving a turbine and creating electricity.
Water. Let's try to simulate that.
Take a water wheel. Now make it slotted. Have a series of magnetized large ball bearings that would fit into each slot, with enough empty slots to not have them interact inadvertantly.
Next, make a track to bring them back around that is NOT of course made of metal (say wood, rubber, whatever - idea being of course no magnetization playing a part for the "most" part - we'll come back to that).
Now have a series of large "non-elctro" magnets using the spherical velocity already being generated in motion after the ball bearings need to "loop back" along said track - to give them "just the push" they need to continue around and around forever.
Try to once again take a water wheel, and replace the water with magnetized ball bearings, and when the sphereical velocity of motion ebbs, give a push using gravity as well to always continue them along their way with a repulsion from the magnetic field. I believe that whatever material is used for the "track"...a rail-road idea of having the material as "thin" or non-existant as possible would be paramount for reduction of friction which takes away from the spherical motion.
As well if the magnetic field for a large enough ball bearing to travel to form a substantial generator does not seem to give enough push...the timing and quantity of ball bearing could be increased for collision (magnetic repulsion + kinetic energy)
IMPORTANT NOTE
-Of course if you could produce "electricty" from the first few "goes", a fraction of that electricty could be cycled back to THEN produce a larger magnetic field - and hence then an electromagnet could varily be used in a 'true perpetual motion' mechanic as no outside power source would ever be required.
This would reverse the common problem of kinetic energy eventually "dwindling" or becoming unreliable at any given point - and further only increasing the power/motion...especially if the electromagnet was able to be fueled by battery cells charged from initial kinetic motion.
Quantum thinking - forget the barrier of 98% efficiency - go for 200% +
(So - end of all this mess, of all just an analogy painted to a metaphor? Get something going, get the initial energy stored, cycle it back, increase kinetics, introduce elements not readily accepted as "true perpetual motion" - as that would only be required until the point of energy storage to be self-sufficient; IE; as noted above - start with regular lower powered magnetic fields until the aparatus can sustain itself forever and be regulated).
Kinetic energy + magnetic repulsion x self driven electro (*see end note)
Let's take something that works in nature and resimulate it with mechanics - something that can be housed in a structure and the motion never stops, thereby driving a turbine and creating electricity.
Water. Let's try to simulate that.
Take a water wheel. Now make it slotted. Have a series of magnetized large ball bearings that would fit into each slot, with enough empty slots to not have them interact inadvertantly.
Next, make a track to bring them back around that is NOT of course made of metal (say wood, rubber, whatever - idea being of course no magnetization playing a part for the "most" part - we'll come back to that).
Now have a series of large "non-elctro" magnets using the spherical velocity already being generated in motion after the ball bearings need to "loop back" along said track - to give them "just the push" they need to continue around and around forever.
Try to once again take a water wheel, and replace the water with magnetized ball bearings, and when the sphereical velocity of motion ebbs, give a push using gravity as well to always continue them along their way with a repulsion from the magnetic field. I believe that whatever material is used for the "track"...a rail-road idea of having the material as "thin" or non-existant as possible would be paramount for reduction of friction which takes away from the spherical motion.
As well if the magnetic field for a large enough ball bearing to travel to form a substantial generator does not seem to give enough push...the timing and quantity of ball bearing could be increased for collision (magnetic repulsion + kinetic energy)
IMPORTANT NOTE
-Of course if you could produce "electricty" from the first few "goes", a fraction of that electricty could be cycled back to THEN produce a larger magnetic field - and hence then an electromagnet could varily be used in a 'true perpetual motion' mechanic as no outside power source would ever be required.
This would reverse the common problem of kinetic energy eventually "dwindling" or becoming unreliable at any given point - and further only increasing the power/motion...especially if the electromagnet was able to be fueled by battery cells charged from initial kinetic motion.
Quantum thinking - forget the barrier of 98% efficiency - go for 200% +
(So - end of all this mess, of all just an analogy painted to a metaphor? Get something going, get the initial energy stored, cycle it back, increase kinetics, introduce elements not readily accepted as "true perpetual motion" - as that would only be required until the point of energy storage to be self-sufficient; IE; as noted above - start with regular lower powered magnetic fields until the aparatus can sustain itself forever and be regulated).
