The Young Effect, my gift to the free energy movement!

[allcanadian]

@meltdown

For correct terminology we say electric power is measured in watts which
is volts x amps. Electricity is two things, voltage and current and so this
is why we measure the energy in watts.

No, electricity is one thing----voltage is an electrical pressure and current is this electrical pressure in motion, just because something is moving does not change "what" it is. So we could say power in "watts" is nothing more than the ability of a source to maintain electrical pressure dispite the motion or "current" which discharges the same source. Voltage, a potential difference is the only power in a circuit---- the current is an effect of when the voltage is allowed to move.

[innovation_station]

(psst: Good luck with your gift)

not my gift....  im just getting to the bottom of how and why somthing like this WORKS....

IST!

looks like the tpu thred went dead agin ..... 

testing my concepts?

[Gobaga]

@meltdownNo, electricity is one thing----voltage is an electrical pressure and current is this electrical pressure in motion, just because something is moving does not change "what" it is. So we could say power in "watts" is nothing more than the ability of a source to maintain electrical pressure dispite the motion or "current" which discharges the same source. Voltage, a potential difference is the only power in a circuit---- the current is an effect of when the voltage is allowed to move.

Current (electron drift) is not electrical pressure in motion.  If it were, then waving a capacitor or battery around would charge it.

[yaz]

Yeah, I can charge a cap to over 190V too, using a half dead 9V battery. I kinda need all my fingers so I opted to use my Fluke meter to measure the cap instead

By the way great job Captain!!
This simple circuit works really well capturing the bemf.
The coil was one side of a 120V to 9V transformer, the cap was a 1500mf 200V, diode was a 1N40001.

Anyone have any ideas how to hook this circuit up to a DC motor to capture or eliminate the back emf?

Here's the WORKING circuit.

[innovation_station]

Yeah, I can charge a cap to over 190V too, using a half dead 9V battery. I kinda need all my fingers so I opted to use my Fluke meter to measure the cap instead

By the way great job Captain!!
This simple circuit works really well capturing the bemf.
The coil was one side of a 120V to 9V transformer, the cap was a 1500mf 200V, diode was a 1N40001.

Anyone have any ideas how to hook this circuit up to a DC motor to capture or eliminate the back emf?

Here's the WORKING circuit.

great job !!  finally!!!

i have a few IMPROVEMENTS TO THAT CURCUIT

but we will get there or maybe some else can figure it out

great work bro 

thank you !!   

ist!

btw i have used an anolog meter as well.....   i just dont show it    with or with out the cap it dont matter.....