Don Smith A review...

[AetherScientist]

i am not talking here to prove my idea is correct..., i also have a long experience in electricity field, the word inductive is generally related with coupling,

Yes, usually coupling is related with induction. But there is also a capacitive coupling.
So, as you know coupling can be capacitive (capacitor plates) or inductive (coils)

[med.3012]

Yes, usually coupling is related with induction. But there is also a capacitive coupling.
So, as you know coupling can be capacitive (capacitor plates) or inductive (coils)

we will discuss this later ! good night

[AetherScientist]

med.3012
As you know, there are different unknown coupling typers.

We know:
Inductive coupling (the most classic, using coils)
Capacitive coupling (less known, using plates)

More kinds of coupling:
CapCoil coupling (1 capacitor plate + 1 open coil)
CoilCore coupling (1 bar core + 1 open coil)
TriCap coupling (a new kind of capacitor with more plates)
etc...

[AetherScientist]

we will discuss this later ! good night

Good night

[AetherScientist]

med.3012
About coupling there are maybe more than 20 kinds of combinations.
There are a lot of factors to combine in different ways, so it's not an easy task.

One thing I have observed is that around some specific transformers there is an oscillating magnetic field. You can measure that field using a clamp meter approaching to the transformer (not wire inside the clamp)



In some configurations, I have been able to measure as much as 6 amps in the air (using 220VAC 50Hz as the power source) (higher voltage and higher frequency means more amps as Smith said?)

With electric resonance (using the field around a L2 Tesla's coil) you can ionize the gas inside a fluorescent tube. With magnetic resonance you cannot ionize the gas of a fluorescent tube (at least using low voltage and low frequency), but placing a magnet starts to vibrate when you place it near the transformer (not the same when placing around L2 Tesla's coil).

[AetherScientist]

About coupling, there are:

• Electromagnetic coupling
• Magnetic coupling
• Capacitive coupling
• Mixed (others)

[AetherScientist]

As long as we don't perform very simple experiments and observing all the possible combinations, create a model and a detailed documents explaining all, it will be impossible to get any result.

The more people involved in this project, the easier and the faster. But it seems people is not interested in this.

Lot of people reading, a lot. But almost no one (except 2 or 3 users here) performing any serious research.

What that means? people want free energy, for free effort, for free learning (no time researching). People don't want free energy. They want free results (impossible to obtain). That is what is really happening here.

[AetherScientist]

Another thing is that you are trying to improve something without taking lots of measurements?
Without carefully reading and citing the sources?

I don't know how you work...

(it's not for med.3012, but for the rest)

[med.3012]

back to the concept of magnetic resonance, the idea is to form a parallel L/C and charge the capacitor without real electric current, this is possible if your device is able to conserve the no conservative rotating electric field ( they call it no conservative because it form a closed circles ) now because these closed circles can be conserved in the geometry of E-TBC the electric field will present in another shape, exactly the same as normal parallel L/C where the magnetic energy will transform into electric energy and the electric energy will be back again as magnetic energy :




as discussed before there's no collapsing magnetic field inside the E-TBC only back EMF, so there no time to charge the capacitor, finally you have only the magnetic field resonating with itself in an open environment...
i hope the idea is clear now, when the magnetic field take a max value to produce current you have a scalar voltage, this geometry can produce current and voltage both at the same time exactly in X position where the device have to change it's virtual geometry using electrons spin separation mechanism ...


as you said a lots of work is needed, but it's not advised for low experience people to work with this system since it's extremely dangerous, especially working with high voltage capacitor, in the days of Nikola Tesla people can't even imagine how to transmit electric power without wire, so they call it the magician ! he was following his passion to learn and discover.

[med.3012]

i think you are right! people not interested , i think i have to stop working in this forum and let the place for other . anyway it's nice to meet some good people here.

[AetherScientist]

i think you are right! people not interested , i think i have to stop working in this forum and let the place for other . anyway it's nice to meet some good people here.

Maybe in overunity.com would be better? I've an account there. Maybe I will post on ou.com and very little here because almost no one posting here. What do you think?

[AetherScientist]

back to the concept of magnetic resonance, the idea is to form a parallel L/C and charge the capacitor without real electric current

As far I know it's not possible to charge a capacitor with AC. It's possible to charge it with DC.
In AC, capacitor is a medium to transport energy from one point to the other.

Both exciter LC circuit and receiving LC circuit are in resonance and coupled through magnetic (inductive) coupling and with the air as the core of the coupling, air core.

As I have said before, some transformers creates an ambient oscillating magnetic field around them. I have been able to measure some amperes in the air while using a 1 watt 220VAC, 50-60Hz transformer. This is very little power, little voltage, little frequency and you can get 1 ampere oscillating magnetic field.

[AetherScientist]

as you said a lots of work is needed, but it's not advised for low experience people to work with this system since it's extremely dangerous, especially working with high voltage capacitor, in the days of Nikola Tesla people can't even imagine how to transmit electric power without wire, so they call it the magician ! he was following his passion to learn and discover.

Of course, lots (and lots is LOTS) of simple but specific works are needed to perform and carefully observe. There is dozens of phenomena that we don't know.

At the moment, with the information that we have I have more than 30 or 40 tests to perform. That is a lot for a few number of people.

[med.3012]

For example, the user ****** of this forum (who also seems to have a youtube channel) never post anything in this thread. Even when he knows something. But he reads a lot this thread.

we don't have the right to judge members here and mention them by names, my problems is i don't know if my ideas is understood or no, take an example your previous post you said this :

As far I know it's not possible to charge a capacitor with AC. It's possible to charge it with DC.
In AC, capacitor is a medium to transport energy from one point to the other.

i was talking about the oscillation inside my device and you are talking about another stage! it's known we have to rectify the AC to charge the capacitors using diodes, i just need real replicators ok i will share with you a capacitor ( 1600 UF ) discharge from a toroidal arrangement, in this discharge you will have a big explosion and some smoke

[AetherScientist]

we don't have the right to judge members here and mention them by names, my problems is i don't know if my ideas is understood or no, take an example your previous post you said this :

As far I know it's not possible to charge a capacitor with AC. It's possible to charge it with DC.
In AC, capacitor is a medium to transport energy from one point to the other.

i was talking about the oscillation inside my device and you are talking about another stage! it's known we have to rectify the AC to charge the capacitors using diodes, i just need real replicators ok i will share with you a capacitor ( 1600 UF ) discharge from a toroidal arrangement, in this discharge you will have a big explosion and some smoke

Ok, I have deleted the post. But I don't understand why people don't even ask something.

At the moment I'm observing transformers. I have your device as one to replicate, but after I finish some other circuits.