The diodes look reversed in this circuit diagram compared to previous videos, is that correct?

I love the use of VR, it makes it both interesting and educational on another level. Great stuff!

Awesome to see more videos of yours!!!

Amazing,keep up the great work.

Loving the videos and deeply appreciate your commitment to being totally open source!. I've been doing my fair share of Tesla research over the years and I've come to the conclusion that simplicity is the key! In the task of harnessing the back EMF a simple circuit with two large capacitors with a spark gap in between them will work in amplification of power. One more thing that makes some really interesting things happen is the addition of 2 large magnets opposing each other and the spark gap situated at the center of the opposing magnetic fields.

Very interesting. Those coils are doing a good results with the electrical impulse... I like your setup. Good job.

Nice video, thank you :)

Keep searching, brother. I have no doubt you are going to discover something wonderous.

This exciting , what can I say?, it's just exciting :-)

Rather than using copper coils, have you considered using high conductive ink? Robert Murray-Smith has some good stuff that works in refillable tank printers. I haven't found a good insulator ink that works any better than blank space yet. Once that is solved it should be easy to print inductive and capacitive circuits - even in 3d. The next step is to see if graphitic boron carbide and carbon nitride ink can be used as the P/N doping to make semiconductor circuits. At that point most college term projects could be printed for pennies. Just thought I'd float the idea out there since copper is getting pretty expensive.

Nice work Ivo, does time factor in to the calculation? Speed of build up in your cap bank is faster than your input pulse?

Hello. I read the following text from Hermann Plauson (one of Tesla's followers) half an hour before I watched your video, at the end of which you mention voltages, discharges and phase shift. As a layman, it occurred to me that he mentioned a similar problem here. If not, I'm sorry I put it here. Just delete this entire post😉 Thank you. "In addition to this substantial improvement it has also been found preferable to insert double inductances with electromagnets and to place the capacities preferably between two such electromagnets. It has also been found that the useful action of such condensers can be further increased if an induction coil be connected as inductive resistance to the unconnected pole of the condenser, or still better if the condenser itself be made as an induction condenser. Such a condenser may be compared with a spring which when compressed carries in itself accumulated force, which it again gives off when released. In charging, a charge with reversed sign is formed at the other free condenser pole, and if through the spark gap a short circuit results, the accumulated energy is again given back since now new quantities of energy are induced at the condenser pole connected with the conductor network, which in fact charges with opposite signs to that at the free condenser pole. The new induced charges have of course the same sign as the collector network. The whole voltage energy in the aerial is thereby however increased. In the same space of time larger quantities of energy are accumulated than is the case without such inserted condenser batteries. ..... In the case of plate condensers having no inductive resistance an induction coil is inserted. The object of such a spiral or coil is the displacement of phase by the induction current by 1/4 periods, whilst that of the charging current of the condenser poles which lie free in the air, works back to the collector aerial. The consequence of this is that in discharges in the collector aerial the back inductive action of the free poles allows a higher voltage to be maintained in the aerial collecting conductor than would otherwise be the case. It has also been found that such a back action has an extremely favorable effect on the wear of the contacts. Of course the inductive effect may be regulated at will within the limits of the size of the induction coil, the length of the coil in action being adjustable by means of wire connection without induction."

Hello, many years back I spent a lot of time with free energy projects, and specially with bifilar coil. Because, there is a lot of harmonics, and High voltage sparks, the best way how to measure output energy is, calorimetric method. Connect output to kettle and measure, how long time you need to worm up for example from 20 to 90 degrees. 1 kg ...1 degree need 4,2 KJ energy. I checked one setup from one French experiment. They claimed 200 % efficiency They connected output to florescent lamps. With my calorimetric method , I had 74 % efficiency. And kettle connected to standard power socked had 95 % Efficiency. But, good luck.

hey, did you try to move the coil to a side, left or rigth, instead up or down?

Present....

Hoi Ivo zou toch mooi zijn als je dit principe ook elektrisch zou kunnen toepassen in coils als een coil turbine . 😁

Brother use a step up transformer and step down looped together amplify current, pulse the input in then c the higher the f nd v in the stp up the more the current in the secondary as u stp dwn, check the ratios of the stp up nd dn to understand the amplification, volt must have high polarity or potential, and f 60hz as resonance hz for iron core, mor the no of series 60hz inputs u have bigger is the Resonance so more 3 phase 60hz inputs required if possible with min 3 wd b gd 2go, the idea is to step up voltage but at 60hz resonance f 4 max resonance of iron then step up I w stp dn let c if u get it right the ratio of stp up 2 stp dwn is essential, pulsed mean 60hz at max volt input, ie each 60hz wavelength carries a certain amount of charge which disintegrates fm high to low as current, the higher the volt the greater the momentum at which it disintegrates as current, resonance f for different material is different and 4 iron it happens to b 60 that's all so use a filter if u can

It's still just impressive to me that you're scoping at 500v per division lol

Radiant=radon?

What i have learn about this. You have to blind the output, from the input. Think about that...

Nooit een mislukking dit zijn de momenten dat je het meeste leert.