Electricity Amplification by Neo Magnet

[libra_spirit]

Luc,
Thanks for the video, very impressive.

An inverter function from a magnet!

When you put the wire under and it sucks to the magnet. The current in the wire must be creating an aiding magnetic field and closing the contact until it is release somewhere else. This could be used in a series pulsing circuit where the current is broken opened somewhere else. It would function as a latching relay.

If you set up two in a row, one polarized to suck in and the other already touching, polarized to push out, can you create an oscillator?

A spark gap oscillator.
Last thing is to add some silver or carbon contacts so it will no longer fry the copper.

Dave L

[gotoluc]

If you set up two in a row, one polarized to suck in and the other already touching, polarized to push out, can you create an oscillator?

Hi Dave, by using one magnet it is already creating an oscillator!... that is what I'm demonstrating here!...so I'm not too sure what you are asking.

Luc

[libra_spirit]

The pattern I have observed:

For an over unity system pushing into the negative or cold electric CE side you want very sharp discharge rate. For a hot system like the TPU you want extremely fast rise times.

A duty cycle of 40 - 60, that is, a wave that goes to - or negative voltage for 40 percent of its duty cycle and then gives a 60 percent resting time back to its zero discharged state, is producing strong fields in water. [Joe Cell work]

It is an advantage to be able to adust the frequency, and the duty cycle, for a peak effect of the components you are pulsing.

The toroidal transformer may have ideal peaking for both the hot and the cold electric forms. You will be able to tell by its temprature as energy is moving through it. If you get the toroidal core operating in the cold side by using the spark gap right you will be on new ground.

It is hoped that tapping the flow this way through the cold side will alter the power ratios for input and output. The spark gap is supposed to be one of these methods also.

------------------------------------------------------

I would like to know what happens if you run the negative battery lead through the center of the toriodal core and then over to the arc, then back through the coil and then into the light bulb and back to the battery.

Next take one of your spare windings and connect it up in a reversing polarity the same way. Both windings now have the arc between them, and power applied to the other ends on "opposing coils." This will create a cancelling magnetic field inside the toroidal core that still will allow extremely short pulses to pass at very high frequency. As the current surges during the arc, it will hit a wall in the toroid and then dissappear for a time then slowly build, I think....LOL!

This should alter the arcs qualities considerably. There is suposedly a combination that will produce vacuum around the arc. It will stop flaming outwards and turn into a compression arc, almost dissappearing but still very powerful.

This  method is creating a strong A field towards the center of the toroidal core.

Also you could try metering the voltage setting on the extra windings, then just shorting the extra windings, you may get a surprise. On a CT or current transformer, the voltage on an opened winding can climb extremely high, they normally keep the unused windings shorted in power meter work??? Not sure how this will translate on your set up to power in versus power out. Just know that toroidal transformers are not the same as basic square ones with opened magnetic poles.

So here in the toroidal transformer you have one intresting way to produce very high voltages, and in the spark gap another. You have two components there that have both been used for OU devices, and cold energy. Your magnet pulsing has greatly simplified this, and is probably more what Tesla must have been doing.

Thanks for sharing!

Dave L

[gotoluc]

I would like to know what happens if you run the negative battery lead through the center of the toriodal core and then over to the arc, then back through the coil and then into the light bulb and back to the battery.

Next take one of your spare windings and connect it up in a reversing polarity the same way. Both windings now have the arc between them, and power applied to the other ends on "opposing coils." This will create a cancelling magnetic field inside the toroidal core that still will allow extremely short pulses to pass at very high frequency. As the current surges during the arc, it will hit a wall in the toroid and then dissappear for a time then slowly build, I think....LOL!

Dave L

humm I'm more of a visual kind of guy I would like to do your test but I don't think I can do it by just following your written instructions. Can you provide me with a diagram or anything visual. You can just draw it on paper and scan or take a picture of it.

Thanks Dave

Luc

[jeanna]

Luc,

This a terrific thread. And your videos are clear.
Thank you.

Would you mind making a drawing of this circuit that is on your latest video?

My impression is that it is close to but not the same as your previous ones.

I think what you are doing relates very well to my ideas for the stubblefield generator. I even set it up once to make a spark gap, so I am thinking you may be giving me the missing piece for my ideas on how to draw power from it.

I think there is no rectifier in this latest video?? I just want to be sure I understand what you did.

(This is so cool.)

Thank you

jeanna