Thane Heins Perepiteia.

[johnnyl]

Looking forward to the video!

[polarbreeze]

All this talk about voltage and current and speed and acceleration and force and all that only serves to obscure the real issue. What matters is only POWER, which is a function of all those things of course, in combination - but power is actually the only thing that matters. The experiment needs to measure the electrical power in, and it needs to provide a (separate) load with a means to reliably measure the power delivered to that load. The experimenter can then jiggle about with the coils and switches in whatever configuration they like. If this thing works it will be very easy to show that there's an increase in efficiency (ie power out vs power in) when the magic is activated. This is an extremely simple experiment to set up and one wonders why none of the videos or other postings ever show that very direct and objective measure. Kind of makes one suspicious...

[innovation_station]

i like your comic Thane
lol
i can just keep cranknmout    if you all like ...... yes another busy day lol 
ist
+5 more 2day     i just love what i do
isteam!!

WILLIAM - YOU ARE OFF YOUR MEDS AGAIN DUDE !

NAW  not enough coffee and the bag is almost empty lol 

ist

[aether22]

@Aether22

Thane, it would be ideal if you had a bifilar coil, that way while shorting one of the coils you can measure the voltage on the other on the same core. (and you can then know for a fact the voltage in the shorted coil not one near it unshorted)

That is not a bad idea though you could probably get away with only a few turns as long as the turns ratio was known. Another method would be to wrap the coil in insulation and measure how much it heats up in a given run time, apply DC later to calibrate. Average temperature of a coil can be determined quickly by measuring the DC resistance of the coil at a known stable temperature then looking up the temperature coefficient for the resistance of copper to determine the actual temperature. AFAIK transformer manufacturers do it this way.

I thought of that but it would depend how well distributed those few turns are, if a turn is outside the flux return path it has less voltage induced in it.

As for the heating idea, in motor/gen setups very very much like this one a cooling effect is noted in things such as coils which are normally expected to heat up.

[OilBarren]

All this talk about voltage and current and speed and acceleration and force and all that only serves to obscure the real issue. What matters is only POWER, which is a function of all those things of course, in combination - but power is actually the only thing that matters. The experiment needs to measure the electrical power in, and it needs to provide a (separate) load with a means to reliably measure the power delivered to that load. The experimenter can then jiggle about with the coils and switches in whatever configuration they like. If this thing works it will be very easy to show that there's an increase in efficiency (ie power out vs power in) when the magic is activated. This is an extremely simple experiment to set up and one wonders why none of the videos or other postings ever show that very direct and objective measure. Kind of makes one suspicious...

MOTOR POWER IN APPROACHES ZERO (as system speed increases).
GENERATOR POWER OUT ACROSS LOAD APPROACHES INFINITY (as system speed increases).

Thane