Simple Experiment: Extraction of Energy from Permanent Magnets

[MileHigh]

That is the real simple experiment.  Prove it to yourselves that the stronger magnet has absolutely nothing to do with the fact that the coil jumps father when the strong magnet is in place.  The challenge is to determine where the electrical pulse energy goes.  The electrical pulse energy becomes resistive dissipative energy and kinetic energy.  What is the split between resistive and dissipative energy for the case of the weak magnet, and for the case of the strong magnet?  That is the real measurement that you must make and then you plug your numbers into the formula to see if it all checks out.

[MileHigh]

For the sake of completeness, there is one final unaddressed issue for the hard core measurement crowd.  What happens at the end of the pulse?  Is there still current flowing through the coil at the instant the pulse ends?  That means that some of the initial pulse energy is still sitting in the coil.  It also depends on the nature of the pulse driver circuit.  So that energy may need to accounted for also, but I left it out of the discussion for the sake of simplicity.

[seychelles]

TO WHOM IT MAY CONCERN . IS AN ELECTRIC MOTOR WITH A PM STATOR MORE
EFFICIENT THAT ONE WITH ELECTROMAGNET STATOR?
IS AN ALTERNATOR WITH A PM ROTOR MORE EFFICIENT THAN ONE WITH AN
ELECTROMAGNET ROTOR THE ANSWER TO BOTH IS YEEEES..SO WHAT MAKES BOTH
MORE EFFICIENT? PERMANENT MAGNET.WHY? BECAUSE IT IS A SOLID STATE ETHER RESONATOR .
AND MICROM LOW YOU CAN NOT ANALOGIES GLUE WITH MAGNETIC FIELD FORCE.. YOU LEADING
US UP THE GARDEN PATH WITH THAT..

[forest]

Richard Willis device is all about extracting useful energy from magnet the same way. Look for the older pictures of prototype
https://www.youtube.com/watch?v=aqDS8QQ_9Z0

[citfta]

Milehigh, you made the following statement:

Now, it's a mistake to assume that the pulse energy will be the same for the small magnet and for the large magnet.  Chances are the pulse energy will be smaller for the case of the large magnet.

Then in the same post you made this statement:

The conclusion is that the magnets in both cases are as dead as proverbial door nails and all of the energy for both cases was provided by the pulser circuit.

Those two statements appear to me to be contradicting one another.  If the magnets are dead as door nails then why would the pulsing current be different?  And why would the current be less for the more powerful magnet?

Respectfully,
Carroll