So joes way is eazy to grasp... ;)
:-D
Thought I was reading Ken Wheeler there for a few chapters.
So joes way is eazy to grasp... ;)
Page 59 sates not letting the current get back to the battery. Hummm cool.
"The Physics of the Primary State of Matter". Karl had a unique perspective and he said that "we cannot use what is not present and available for use".
But then I thought of nuclear fusion, each atom created was not present until it's created what was true is that a catalyst took place from what was present and available in that scenario with atoms .
@ One power
yes you articulate that very well, I do understand your premise now.
But I still hit a block with a permanent magnet, it sits there not moving on a shelve say..but yet around it emanates a field. It has not perturbed anything..
unless you are telling me your field is always moving around the magnet
and by this association of the magnet sitting in this pond (more like a sea) moving around the magnet. Is this the scenario you are giving me.
I must add that a moving field around matter does come with new problems. and it sounds like what others have called as well as yourself 'Aether' what force would it be that moves this wave like Aether
and why does my permanent magnet on the shelve not have a fluctuating field intensity with the moving Aether.
If I shield the flux why does the Aether not creep around my shield like a boat in a harbour is calm from the moving waves. I see the Aether you describe as being able to radiate through matter to fill all voids. If not there would be pockets where my magnet would have no field., but yet I can shield a magnet.
So what you need is a coil with a lot of windings of very small gauge to build the magnetic field in the inductor, and some way of shunting the current away quickly and put it to good use when that magnetic field collapses.
...
So use high voltage / low current to energize the small-gauge winding, short it, and let it ring down... harvesting current in the larger-gauge wire the whole time.
Magnetic fields have momentum (E2 = p2 c2 + m2 c4, thus p = E/c), so draw your own conclusions.
I'm not sure where you found this information, but I have suspected it to be true for quite some time. A magnetic field put into motion does attempt to stay in motion. It does not instantly dissipate. It also appears to be true that a static magnetic field prefers to stay static if not overcome by external forces. This is the essence of a gyroscope or spinning entity--once spun up, the flywheel effect directly correlates to inertia.
Fantastic watch. So honist. This man might be one of the smartest persons I know to date.