Current Flowing in 2 Directions in 1 Wire

[MagnaProp]

On a somewhat similar note, I'm curious if cold electricity and regular electricity can flow in the same wire as well.

[Escumo]

Escumo Querido amigo

que fácil sería si pudiera entender español.
Tengo que usar el traductor y el vídeo no tengo ninguna posibilidad.
¿Sería posible de alguna manera poner subtítulos en inglés? 
Sin duda estás en el camino correcto y me encantaría poder comunicarme contigo.

Si tienes Telegram aquí puedes unirte a un canal de Figuera, 
https://t.me/+TJ4hmeiYy3QwYzZk

[unimmortal]

Here is the setup as clean as I could make it. Both bulbs came on straight away... I am not seeing or sensing any oscillation from the coil.

[Lasco]

Escumo Dear friend

how easy it would be if I would understand Spanish.
I have to use the translator and Video I have no chance.
would be somehow possible to set English subtitles? 
No doubt you on the right path and I would love to be able to communicate with you

Estimado amigo
Intentaría hacer algo para conectarnos más libremente.
Intentaré encontrar una persona que hable español para publicar mis videos en el futuro.

[Jim Mac]

Good work JimMac. I am trying to understand what you have done. Is this image correct? DC and AC connected together.

Not quite.  The negatives stay separated 

   

Here is the setup as clean as I could make it. Both bulbs came on straight away... I am not seeing or sensing any oscillation from the coil.

That's the right config.  Now we need to try different bulbs / loads to get it to happen.  I was able to trigger it to happen by jiggling the battery negative connection on and off to start the waves.  But again, the loads have to be correct.

I am thinking perhaps the load and the inductor's specifications need to be coordinated.  Perhaps the load should only draw the amount of amps that the coil can produce at a given voltage level? Because even with the bulbs, it only worked within a slim voltage range.  I will be testing more today-  BUT I blew up one of my bulbs, so now I only have 1.  When I get it working with another load, I will share the recipe

LASCO-

Hello.  Youtube should generate different language subtitles by itself after some time.   But YES I will be trying the diodes today.  But not diodes alone because the circuit causes a dead short if there is lo loads.  It needs 2 loads also

[Jim Mac]

I have a feeling that with the right setup, that center conductor may be able to be used with a magnet rotor or primary coil to our advantage.

I am not sure yet,  but lets think.  If a passing magnet of a rotor induces current in 1 direction, it will be impeding one of the battery flows. At that moment of extra added impedance, the other battery direction could dominate and propel the rotor, thus helping rotation. Or at least compensating for Lenz Drag.

I am not sure about extracting or any of this actually, but we have some interesting dynamics at play here.  That coil will react to maintain balance with any interaction, but the very act of balancing causes the other direction current to take over.

Alternatively, what if we induce IN to that center coil with a primary of a transformer?  Same thing, the other current direction dominates and even's it out with NO CEMF back to the primary???

If any of this is true, then where does this induced power go?  How to store or extract it?

[andy]

Here is the setup as clean as I could make it. Both bulbs came on straight away... I am not seeing or sensing any oscillation from the coil.

Can be the coil with high impedance and the bulbs with low resistance? Then the current may go directly between + and - and not through  the coil.

Can you 
a) try bulbs with large resistances?
b) swith one battery polarity? I mean not - + - + but - + + -

[Jim Mac]

Here is the first installment of what happens when I induce AC into the center coil.

[acnaresan]

Now if we create that resonant oscillation with an inductor, as soon as we harvest from the inductor the effect starts to stop, because the secondary tries to cancel the alternating field that is causing the fields to oscillate in the first place.

I just can't seem to get this. 

Taking one of my 6 magnet rotors and rotating it over 6 coils that are wired as two separate circuits (3 in series + 3 in series), will induce two separate alternating circuits. Taking one end of each circuit and connecting into a single wire will combine the two ... all good so far ... what do we do with the other end of these alternating circuits? 

I'm trying to leave out power and just use induction to keep things simple until I get it.

I have no info about inducing yet, and I can only get the oscillating effect with those exact bulbs. I tried with car 12V incandescent bulbs and can't get it into self oscillation

Try to use inductor with capacitor to remove bulbs and use pulse dc

[Jim Mac]

Try to use inductor with capacitor to remove bulbs and use pulse dc

Welcome ACNar...

I understand replacing inductor with Coil and Cap,  but why Pulse DC?  Pulse both sides at same time?  I don't want to ruin the effect of current flowing both ways on 1 wire.

Furthermore- we can not remove the 2 loads or else circuit is dead series shorted.

---

OK Next update demo.  CEMF seems to be Destroyed or Non-existent in this setup.  I am inducing the common pipe inductor with AC and the current in the primary stays relatively the same whether the circuit is closed or open. 

Furthermore, we can definitely get the weakening side of the resistor wave past the zero line causing the DC supplies to register more power in the circuit than the DC supplies are putting in.  But it's obviously coming from the AC supply.