yes, this is a dc analog. ac would invert the flow directions. the cold current flow is important as it needs to be mixed with the magnetic current to create power.

@@MasterIvo Next step:- understanding why Tesla said " Electrons Do Not Exist"! What happens around the wire? Answer:- Everything is a Magnet. Discuss? Regards DC

@@e.powerdc1127 the cold current is not magnetic. that also explains why my extra coil didn't produce power while current and voltage were in phase. the current was not magnetic. the non magnetic cold current needs to be "mixed" with magnetic current to produce real power.

@@MasterIvo I agree a mix at 90°. Imagine your vortex at the center of the mix Your video really helps if you imagine it working as per a magnet's field lines. Reference Ken Wheelers channel. AC. Is like tumbling rotationional magnets at set frequencys. Think have we measure amps on the outside of the wire. Regards DC

@@e.powerdc1127 mix at 90 degrees would be resonant thus no power. for power mix at 180 degrees, as the 2 currents need to be opposing

Glad you like it!

He describes two opposing currents as well.

For the record conventional current is still misunderstood, the real magnetic current "flows" from N to P while the Dielectric flows from P to N, Electrons are just the waste heat where the wire has failed to reflect the Dielectric field (cold current) As Thomson originally described it, the terminal end of 1 unit of Dielectric induction.

it is the displacement (flow) of the dielectric field, caused by a change in voltage

@@MasterIvo Am I correct in understanding that the displacement motion of the Dielectric both "flows" parallel to a wire and originates/terminates perpendicular to it as depicted in Steinmetz's diagram? I hadn't considered it would "move" like that but I suppose it makes sense when mentally visualizing it.

@@JenkoRun yes I feel that is correct

@@MasterIvo i see disp current from a changing e field or voltage as charge rearrangement, is this somewhat correct?

@@alanx4121 charge is present in the field. Not as virtual particles which are only a mathematical representation of the field . the field itself holds the charge. is the charge. and it is this volume of energy within the field that is being displaced. moved. longitudinal. by the fast change in voltage.

dielectric displacement current + magnetic conduction current = power

It's the same thing, the cold electricity in Lindemann's book is the Dielectric Field operating on extremely short duration times, less than 100 microseconds is when the effects are no longer harmful.

@@JenkoRun excellent 😺

there is a pump in the basin underneath. It pumps water into the bottom of the cylinder

You can see in the way the water vortex is moving in there, the screw motion of the water is flowing down and CCW, as a result the only option available for the air is to move up and CW so it can follow the available path from shape, you can also see the structure of the vortex is "rippling" upwards.

​@@JenkoRun Truth be told I would like to measure the air movement and its subsequent volume or lack thereof. I would rater not speculate on the air direction based on the fact Ivo is pumping water in from the bottom. If I had to guess I would say Yes Air Moving UP, But so Is the Water Also Moving UP!. In a normal gravity drain vortex air must replace water in the vessel but this is inverted.

I can show it with smoke in one bottle, and another bottle inverted on top filled with water. the water will move down and the air will move up. no pump needed

you are correct. This is not the best example. A better example would have been 2 bottles on top of eachother, connected by their necks, the Tornado Tube is a toy that connects the bottles. (top one inverted). bottom bottle is filled with water. top one filled with air. (empty /vacuum does not exist!). then invert them. water now is in the top bottle, and starts to generate a vortex, while moving down into the bottom bottle. at the same time, the air moves up. I hope now you will see the analogy, with voltage, magnetic current and displacement (cold) current.

Electric Discharges, Waves And Impulses 2nd edition by Steinmetz The Free Energy Secrets of Cold Electricity by Peter Lindemann The Missing Secrets of Magnetism 3rd edition by Ken Wheeler

@@JenkoRun thank you! I assume these only explain electricity and magnetism. Are there any other books that explain nuclear physics, atomic bondings, ball lightning and other physical phenomenon?

​@@theazerbaijani9349 The books I mentioned all cover the Dielectric field to some degree with Ken's book being the most extensive, his book also touches on those other topics as well. I also recommend finding and downloading his PDF files he's made like his Definitions, CosmicUnity, EnergyUnified, ETC, PDF files since he's covered a lot. A more dedicated book to Electrics would be Eric Dollard's "A common language for electrical engineering" Another book you might like is "Secrets of cold war technology" by Gerry Vassilatos, he gets a few things wrong like thinking the Electron is a particle but it's still valuable. There's also Water Russel's "The Universal One" and "Light does not travel" For some more exotic things like the effects of Shapes there is "Shape Power" by Dan Davidson and "The Pyramid how to build it how to use it" by Les Brown 1978, there's also Viktor Grebenikov with his geometry research that insects have, there's also Tesla Field Physics here on KZfaq that's covered some interesting things based on the work of Ken, Steinmetz, Tesla, Dollard, Edward Leedskalnin, etc. Ken has also done videos on things like Atoms, I usually just put in "Theoria Apophasis [subject here]" on YT to see if he's covered a topic and what he has to say about it. And for Water research we have Viktor Schauberger, also nicknamed the Water Wizard and widely considered the Tesla of Water. Information on Ball Lightning is rather lacking sadly, I've been looking myself, all I really know about it is that it's a roaming plasma ball with a spherical frequency, a non propagating energy burst caused by extremely high potential too high to instantly discharge, but details like the required conditions and order of events that create it is unknown to me. There's more but I think this will give you a pretty good starting point, if you branch out from each of those sources and related content you'll probably find yourself going down a rabbit hole of information, it's how I tend to find stuff anyway.

@@JenkoRun I have a question, Can the dielectric field push away/resist magnetism? It seems like İvo is using dielectric to have zero resistivity like a superconductor. Does this mean it can also show diamagnetic properties like a superconductor?

@@theazerbaijani9349 I don't know if it can "push" magnetism since contact between those 2 is what creates the effects of momentum which we call electric power, but it can indeed display superconducting properties and has been experimentally verified by the Russian duo Stanislav and Konstantin Avramenko in1993. It mainly works on alternating voltage potential, an open wire with that kind of current flowing through it without magnetism completely ignores series connected resistors, inductors, and capacitors, other experiments I've heard of have diodes acting as nothing more than like a leaky resistor in those conditions, again it's because there is no magnetism, hence no friction to resist the wires, typically alternating voltage potential doesn't care about resistance. You can read more of the details on "4 Methods for Single Wire Power Transmission" by waveguide

yes it can

Where would be the frequency input on the coil? Could you please let me know? Thank you for sharing your excellent knowledge with your audience!@@MasterIvo

@@hobewray8809 it can be done by directly giving it a signal, or by using the fields of another coil to induce it. whereby magnetic induction can be used, but also dielectric induction. that last way gives the most interesting results. the coil then acts as a capacitor plate, and the primary coil is the other capacitor plate. when the primary has sharp changes in voltage these effects appear best.

Thank you, but I don’t see where the ground wire hooks up. I see that the coil has two ends which are common because the upper and lower coils connect in series. So if I input a frequency into one of the ends, where does the ground go? Presuming the other open end attaches to a sphere that transmits to an opposite coil and receiving sphere. Do you have a diagram that you could share regarding my lack of understanding 😂? I really appreciate your help, sincerely, Doug@@MasterIvo

@@hobewray8809 you do not always need ground! use the negative of the frequency generator to connect to ground

cp Steinmetz named the electric field the dielectric field, as he called the electric field the combined fields of dielectric and magnetic fields (holding electric power).

Don't you mean Schauberger?

Yes, thank you!!!@@JenkoRun

If you're confident Tesla's 3 6 9 quote is authentic please provide the source, I have seen no evidence that he ever said that.

@@JenkoRun “If you only knew the magnificence of the 3, 6, and 9, then you would have a key to the universe.” - Nikola Tesla.

@@Cryptic_Triptych Yes, what's the source of the quote? I'm not seeing a source here.

@JenkoRun don't get hung up over it. NT may or may not of actually uttered those exact words. The bases behind it was to explain his fascination with numerical sequences squirrel cage motor windings and the energy, frequency and vibration quote. It's similar to the misinterpreted quote from Ed Leedskalnin, "sweet sixteen". Even when reporters get the qoutes correct, hardly anyone understand the deep implications.

@JenkoRun if you want something to chase after, tell people to quit using their Tesla coils backwards. Or you can go build a TREC system, like Lawrence Rayburn did.

ha no. no tricks. it does swirl down, but it is filled up by a powerfull pump at the bottom, which is making it overflow.