ENERGY AMPLIFICATION

[Dave45]

along with peter davey  https://www.youtube.com/watch?v=LTV85J2QHj0
and witts https://www.youtube.com/watch?v=oZoiY3FvxKo

Dave thanks for the schematics and for your explanations!
Below is Dumas effect. Have you notice that?

https://www.youtube.com/watch?v=Vkk11hlTTMo&feature=youtu.be

Cool thanks for the head up 

[Reiyuki]

Thinking in pictures:

[Magluvin]

Both of these circuits are set up in buck mode but the principle is the same.
One has a pos bemf the other a neg.

Hey Dave

have you built these circuits?

Try them on falstad's sim..  The diodes will only conduct in one direction. You seem to show that is not the case.  Try it in sim.  The 2 circuits are the same.    Not trying to burst bubbles. Ive just been through this many times.

Mags

[Jeg]

Thinking in pictures:

Nice point Reiyuki
I wouldn't use ground at pic no.2 Electrostatic induction would be stronger with out it.

Guys I need some help. Is there any way of burning the intrinsic diode of a TV hv flyback? I 'd like to use flyback to output negative pulses so I have to find a way to extract the built in diode first. If I burn it it will act as a short circuit and then I will put a reverse diode to make the job. What is your opinion?

[Farmhand]

Electrons jiggling slowly down a conductor in the opposite direction to the charge flow can be considered to be "current".  but so can the flow of anything be considered current. However the charge flows the other way and much faster (conventional current), the electron is simply a carrier of charge, the charge does the work and it flows the other way.

In reality none of it matters to a bulb connected across a battery, the potential will force charge to flow from positive to negative and the electrons will jiggle the other way. The bulb will light no matter what we say.

But if you put a diode in the circuit with the cathode towards the battery positive the bulb will not light. Hence charge flows from positive to negative, the electrons simply react to the charge flow caused by the potential applied.

Your electron current/jiggle will not light the bulb. Because the electrons will not do anything unless the charge flows from positive to negative.

There is not even any need to label the poles of a battery or DC supply "positive" and "negative". We only need label one the more positive or the other the more negative.

In reality to label the less positive pole negative it should be at a potential below 0 v, but there is no zero reference to a battery except the negative terminal, the negative terminal of a battery should be labeled 0 v. or something.

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