Radiant Power produced by solid state Tesla hairpin circuit.

[@Songwriter376]

Finally, a real channel on radiant energy with accurate very detailed information. Keep up the great work!

[@MasterIvo]

thanks, I will!

[@jarosawjaskuowski3179]

@@MasterIvo Can you explain whad do you mean exactly by "parallel resonant coil"?

[@MasterIvo]

@@jarosawjaskuowski3179 series resonant: coil and capacitor are in series, parallel resonant, coil and capcitor are connected in parallel (not always prefered)

[@timbob1145]

If you like this you should check out the old scientists channel too, you may find his experiments interesting

[@warrenkeillor9034]

Master Ivo Well done! I like the cheap, and easy to make, speaker wire coils

[@WTF_BBQ]

I have seen this waveform before. Back in the day where Bedini motors were popular, a bunch of guys figured out that if they SHORTED the coil when the magnet is top dead center on the coil, then the motor spins faster. It had to be brief and only at the peak of the waveform. The motor itself gained extra rotational power without additional input energy. It was the same waveform you have on your oscilloscope.

[@MasterIvo]

thanks for sharing, fascinating!

[@robertjames9273]

I wonder how Tesla did it without oscillation scope

[@MasterIvo]

@@robertjames9273 they had basic scopes in de first half of the 1900's but, indeed I wonder how he did it in the early days.

[@pierremorrow4627]

Shouldn t the voltage on the coil be zero at TDC due to lenz law? Magnet aproaching positive pulse, magnet leaving negative pulse.

[@ickorling7328]

@@pierremorrow4627 Nope, thats because back emf is very hugh frequency because the sudden change of the popularity of the signal from no flux to thr hard slope of the flux is like the steepness of an AC signal, measured in frequency. The charachter of this pulse is measured in voltage because of this, and because its a high potential energy wave of electromagnetic force. The shorter the pulse width of the arc, thr closer you get to zero voltage switching like on a zvs driver for power converstion. Another example of DC spikes relating to voltage is on DC - DC flyback converters.

[@MasterIvo]

0:52 circuit schematic 2:39 hairpin circuit comparison 6:09 Test 1a power used with diode (-BEMF wasted) 9:32 test 1b power used without diode (-BEMF used) 11:21 test1b tuning, coil acts as diode 15:32 test 2 close coupling L1 and L2 19:13 test 3 Radiant power L2 and L3 loose coupled, series parallel resonance.

[@MasterIvo]

Third test is a resonant transformer, coupled and induced by the dielectric field.

[@MasterIvo]

L3 also lights the lamp without being grounded. the ground is only needed to show a proper signal on the scope.

[@Renew_You]

@@MasterIvo I consider his approach awesome as he is coupling his L-1 & L-2 with his L-3 Pancake coil with dielectric field… What to me is fascinating is that the coils perform a type of diode function retarding the back EMF spike of the reintegration of convergent / divergent blending… This minimizes the normally destructive / disruptive forces facilitating effective harnessing the loss of inertia… I like his strait forward approach of replication of the spark gap function with frequency… This approach helps our minds more clearly understand the three ~ five dimensional movements of what I term as the oscillating movement of the zero point gap exchange between space and counter space. Congratulations Master Ivo on your discovery with this fantastic work… This is a great demonstration of capturing the amplification of Back EMF and harnessing it to do useful work… I sincerely appreciate you sharing this sir, Thank you!

[@donmcilroy6362]

@@MasterIvo Very interesting. I have done lots of research/experiments with electro-magnetic but never used pancake coils. I think this experiment is validating a suspected principle that I have predicted would happen. Your experiment is showing that by providing a kick to the resonance by hitting /injecting an opposite then breaking that just before switching direction at the peak point. The BEMF hits just before peak, breaking at peak, then its effect is boosting the resonance. That point is what I am referring to. I have been taught conventional theory and have long ago suspected that theory is not the real truth of what is going on in electric circuits, Yet those teachings continue to be a curse to my ability to understand new concepts even when I know electricity is/must-be, way more than I was taught. Ken Wheeler has really opened my understanding on magnet and is counter-part the dielectric.

[@MasterIvo]

Thanks for sharing @@donmcilroy6362 I too have had to clean my mind from the educational poison. For me everything relates to fieds. Ken was the one that kick started my passion for research. To get rid of the "electron" particle lie, you can think of the electron, as the termination point of a dielectric field upon a conductor.

[@bigpimppy]

Outstanding! You are a great teacher. I look forward to more videos. Cheers!

[@anthonyvolkman2338]

Ive been working with Tesla Couls for years now and am very happy to come accross your channel! Very very amazing.

[@anthonyvolkman2338]

Thanks man, keep up the good work!!

[@fabrizioricciarelli]

Your work is exciting and you are absolutely amazing my friend! I will make a donation as soon as I can to support your brilliant research. Many, many thanks for sharing this.

[@MasterIvo]

Thank you very much Fabrizio!

[@stevewilson8267]

Super work you have done here. . All the details are very much appreciated!

[@MasterIvo]

Thanks, worked hard for it.

[@thetruthmeister]

Wow! Keep up the good work! Very clear and well presented information. 10/10

[@MasterIvo]

Thanks!

[@mbsteixeira]

I've never seen anything like what you've developed. The level of detail allows anyone to understand. I will try to replicate. Congratulations on the work!

[@MasterIvo]

thanks, I am developing a new circuit, based on a half bridge. this will creates a positive and negative impulse, on both maximums of the series resonant coil. stay tuned

[@mbsteixeira]

​@@MasterIvo Good new!!

[@velipekkajutila9451]

Yeah it made me start to think "who is paying for our school system?", when all I heard was "resonance is bad", "backEMF is bad", "One wire transmission is bad", "displacement current is not real". Well they all happen to be the way to free energy.

[@MasterIvo]

I had to deprogram my mind from all the garbage and lies that was put in. Once I started to think in field dynamics it al started making sense. Logic is a great guide. intuition is even better

[@alexandretsilefski2308]

@@MasterIvo Hello from France. A question wich has nothing to do with this comment: did you go to the Tesla Museum in Belgrade?

[@MasterIvo]

@@alexandretsilefski2308 no never been there.

[@georgeroman9379]

The governments (globally) don't want the children to learn at school about free energy because they want everybody to pay for electricity and there is a lot of money involved there...

[@theGraphicAutist]

Bankers, Big oil.... u know, the scum of the earth. Its funny but also kinda sucks, when people used to give me crap about conspiracy theories, I'd just hit them with "... oh yeah? how much did u learn about Tesla in K12? College even?" ........[crickets]..... "who?" Ya thats not suspect at all... the guy that invented our entire tech future... super glad that more people know who he is, but that comeback was a gem!

[@ericfontaine1997]

I was just wondering about you 2 days ago. Glad to see your are still researching this stuff.

[@energycrafts8206]

Master Ivo, great video and excellent knowledgeable information. I can offer a tiny bit more concerning coils and energy conversion. Tesla mentions a need to match mass of primary and secondary coils as you know, in his writings. Few will know that a regular display Tesla coil is only half a true power system as the true setup includes the Extra coil as output as you also know. But most will not understand why. Answer: the regular secondary is has energy as charged mass, but the output at the Extra coil is mass-less charge! A different energy form that acts different from normal volt, amp and watt relations and has many great advantages over regular EM energy. Every electrical engineer I have spoke to about Tesla's wireless scheme said it was dead end concept with huge losses over distance. Of course they were only responding to what they were taught about conventional electricity and also did not fully appreciate Tesla's use of the Extra coil or any of the other asymmetrical or flat spiral adaptations toward a different form of energy.

[@MasterIvo]

Yes the extra coil has my attention right now.

[@Can101276]

your the first experimenter ive seen, to actually match the mass of copper in each coil. Excellent work cant wait to see your progression. Liked and Subbed!!!

[@delta-KaeBee]

many EEs & the late great Electric Inventor Giant's (among others) have noted many times that using the actual WEIGHT of a coil/inductor/etc., is much more useful in calculating precise measurements of its values & behavior. Walter Russell spoke of (in his "Optical Dynamo Generator) making sure that the coils in each separate section of the Generator (dual coils, 5 on each side, with gap in center, around iron[perhaps ferrite too?] cores) had to have the exact same length {in his notes he also says that using different wire gauges for the thinner & wider innermost coils, it would be more appropriate to match by weight, not turns or length}, in other words of the same weight.... yet each consecutive coil,, starting at either end and moving towards center, would get "shorter" or flatter/thinner than the previous, AND needed to be of a certain geometry/diameter & thickness, as the geometry WITH the consistent weights of each coil, with their differring sizes and geometries, is part of the REASON why it works as a Dynamo/Generator. There are pics of many of his original drawings, as well as a few blueprints and schematics, and a COUPLE pics of the remaining pieces that were left & still reside in the University of Science & Philosophy Museum (basically the Walter Russell Foundation) of the coil forms. He has copious notes written all over his drawings, and it really requires reading them all, and keeping them in mind when trying to do a rebuild (either simulated or on the bench), as there is no ONE patent or paper or schematic that gives ALL the necessary details. And his notes have proven to be extremely pertinent to those who have sought to recreate it in person. And from those that have, theyve said that the EQUAL weight of each coil, regardless of # of turns, as long as the width/diameter & thickness dimensions are adhered to, is a CRUCIAL aspect of getting it to work as intended. He and his wife Lao Russell used this device to help power, heat, and light their mansion home at Swannanoa, VA, & he (as brilliant as they were, in the 1st half of the 20th century, many Genius Inventors ahead of their time, were also a bit naive when it came to the motives and desires of others, both ppl at large, & corps & governments) wound up, just like many of his other discoveries, wanted to help the world and give these things, discoveries, and knowledge to Humanity as a whole, and wound up having RAYTHEON cart off the larger working device, with naught but a few (probably prototyped pieces, spoken of above) pieces left to be found years later. The actual complete working device never seen again. Schauberger, Tesla, Dollard, Heaviside, Keely....... this pattern sounding familiar to anyone?? I jest, but its true, and sad. So THANK YOU, Ivo, and others, that continue to investigate and report and open source their work, experiments, results, schematics, and device specs to the rest of the world. We obviously know what happens when someone tries to patent something thats just a LITTLE TOO GOOD, and could spell the death knell for the energy Corps(es) of the world. Much love & light everyone 🙏😎👍💚 Be well & stay safe!

[@JorgeSilva-em8pf]

Related to the Current probe; one suggestion which might work. One might consider to try something like this: use one Mn-Zn toroid with the largest circunference by the lowest volume(mass). The wire should be litz wire with the biggest number of turns or a wick of thinnest enameled wires. This windings should be loaded with a resistor from 10ohms to 100ohms (tentative to adjust the measuring relation). The adjust could be accomplished by using one Audio amplifier forcing a known AC current in one wire and the oscilloscope probe attached on the 10/100ohms resistor. One sinewave would adjust the current probe relation and one square wave would adjust the flattening/planicity of the whole bandwidth by using the "compensation" screw of the oscillosope probe. Some R-C filter before the probe might be required. Regards.

[@pgp72m]

Ivo, on old TV's, the solution for flyback trafo was with powerful pulse transistor and nobody cares for BEMF. But now I see, you have solution with the diodes, which is acting as fase-inverter :) Clever ! Also , the BEMF with coils make me to think for this scenario: 2 coils and in the middle, between them brass pipe 10cm long and 20mm in diameter, with 20 turns copper conductor and... research :) Your idea with 3rd coil is amazing :) Keep it up and cheers, bro !

[@MasterIvo]

Thanks, are you cgoing to replicate and test your idea?

[@pgp72m]

@@MasterIvo Yes, perhaps next month. :)

[@MasterIvo]

looking forward to your results ​ Plamen Pankov!

[@Buzzhumma]

Wow I am haunted on a daily basis by tesla technologies and I often find my mind drifting off to the wonders of his inventions. I feel I understand a fair amount but your insight really tunes my fork! 😊I am really pleased I didn't miss this update. Thanks for you efforts. Regards Andy

[@MasterIvo]

thanks Andy

[@Tomtech29]

This is one of the best explanations, thank you very much for this experience

[@MasterIvo]

Thank you for the appreciation, worked hard for this

[@theGraphicAutist]

Not only are u brilliant, but it's awesome that you read every comment and provide feedback. I love your channel. Keep up the good work!

[@MasterIvo]

thanks!

[@mbsteixeira]

Nunca ví nada parecido com o que você desenvolveu. O nível de detalhe permite que qualquer um entenda. Vou tentar replicar. Parabéns pelo trabalho!

[@sidster64]

Truthfully i've been looking for this for year's once i get it built i will show my appreciation

[@banyanstudio]

Beautifully done! I especially appreciate the comparison to the original tesla hairpin circuit.

[@MehmetBoysal]

Ivo, this is an excellent demonstration of radian energy, great job.

[@paulksycki]

Tesla's radiant energy experiments were all focused on collecting cosmic rays similar to a solar panel. The interesting thing about a bifiler coil is that it has both inductance and capacitance and if tuned right could it's self be an high frequency oscillator circuit with nothing else needed. Very useful in a time when mass produced high voltage very low capacitance capacitors were decades away... ... The rest of this video could really be helped by understanding modern switch mode power supply circuits. Good info on them is hard to find and confusing even to someone very experienced in micro controllers and all forms of DC electronics..... Switch mode power supply circuits have a max possible efficiency of roughly 94%. The typical flyback circuit runs completely on back emf, the collapsing of the charge built up in the inductor, but is only about 70% or less efficient. The inductor delays because that is it's nature to resist change. This is called inductive reactance. Putting in power before the field is finished collapsing backwards will just cause waste through heat. Perfectly timing the pulse in with the finishing of the backwards collapse will create the most efficiency. Close to 90%+ like a push pull system. Although the timing of this is based on secondary side power usage and will be constantly changing with it requiring extra feedback circuitry to stay in tune.

[@MasterIvo]

now use the capacity of the coil for (dielectric) induction.

[@paulksycki]

@@MasterIvo I don't know much on that side of induction, but a fun thing is called an "electret" the dielectric analog of a permanent magnet. Melt a non-conductive like wax, resin, or plastic and while melted run about 25+kv through it to align the molecules with the flow. Then while still in the alignment allow it to cool and freeze in the alignment. Was used to make stronger static electric generators back in the day. Something I'm looking foreword to playing with when I find the time.

[@MasterIvo]

@@paulksycki not much is known about that side of induction that's why I research it. It's behavior is fascinating

[@wpastander]

This is truly impressive.... Please forward more if you don't mind.

[@MasterIvo]

I did, and continu to do so

[@crohkorthreetoes3821]

Good work man. I didn't think we could do it with solid state components.

[@MasterIvo]

yes we can!

[@braaitongs]

Awesome! I think I am starting to understand your coils and designs!

[@scienceexxience]

Thanks for sharing this very helpful information.

[@contactdandavis]

Great information and great detail! You have explained your project clearly and taken time in an interesting way to explain what is critical for radiant energy experimentation and understanding. I am learning lots and really appreciate your work! Thank You!

[@MasterIvo]

Thanks :D

[@sciencedusoi-arthurmantes6315]

AMAZING work my friend. Thank you for sharing ! I will do my experiments

[@beenthereonce]

Nice work. Looking forward to the video with power readings over the DC bridge.

[@redfishervictoria]

Excellent work!

[@ESyren]

awesome. one may ramp this up with larger source supply connected with optoisolater, wires look good for ~15A,idk, but works great now with at least lights. perhaps measure it's heating power by trying to heat wire submerged in water or oil; an inductive load may have problems in that frequency, thus energy, would decrease, but wires in parallel would help nullify unwanted inductance.

[@redfishervictoria]

I agree that magnetic fields rotate and are inherently curvilinear by their very nature. The linear rotating geometry, twisting, of the electrostatic field generates, by geometric necessity, rotating magnetic fields having the same initial structure. The difference is that the magnetic field radiates away from the dielectric as force in motion and its force dissipates by distance. Eventually becoming weak enough that the dielectric force of attraction draws it back and we see this as the intergalactic plasma filaments spider-webbing throughout the Universe. Now here is the interesting thing about dielectric fields and the Ether. The Ether appears to be composed or partially composed of pure dielectric. And it can also be manipulated by Tesla’s longitudinal discovery of Radiant Energy. This is how I vision it working. The sudden stop and instantaneous reversal of flow of the dielectric has a chaotic effect which destabilizes its geometrical torque. Having no symmetry the dielectric has also lost its potential to create a magnetic field which results in a projection, or radiation of pure dielectric. A haze of dielectric if you will. The pure dielectric has interesting properties that do not follow the rules. Such as passing through Faraday cages and more importantly lingering power. The passing of radiant energy through the Faraday cages is a direct function of the magnetic properties of Matter. Copper being a great ‘reflector’ of dielectric allows passage of the radiant energy. Silver should be the most reflective of dielectric and interestingly enough elemental Bismuth should prove to be interesting. Whereas Iron has the most propensity to become magnetized and should prove to have the most influence of the radiant energy. The lingering power that has been noted may be from the Ether itself. The process of creating sustained radiant power is a succession of dielectric pulses displacing the Ether in which it has little time to fully recover before the next impact. Therefor the pure dielectric is most likely creating pure capacitance in the Ether itself! This capacitance slowly discharges at the same rate that the Ether reforms itself from the dielectric displacement. The dielectric and magnetic are co-existent and seek Unity. Unity ultimately being at the stable state of least energy. Whereas the dielectric field seeks equilibrium back into the Ether. It seems that the dielectric field also rotates, longitudinally, and has a measure of torque which is focused inwards. It is the dielectric that is attracted to and

[@MasterIvo]

And? good stuff! what makes you think iron (or ferrite?) interacts with radiant energy?

[@redfishervictoria]

Iron’s atomic geometry or arrangement of protons are qualitatively aligned so that their susceptibility to a dielectric or magnetic field is high. It is this critical magnetic arrangement that gives it the highest potential to be manipulated. Matter is coherent energy in dynamic stability. It, the proton, is a self-sustaining pressure mediation mechanism that is much like a valve that allows finite amounts of energy, electrostatic, back into the Ether. It is our Universes simplest and smallest energy vortex. And it has poles which are incorrectly called the North and South poles. The poles are actually dielectric lines of force that converge to a null point at the center of the proton. Newton’s inverse square law proves this. Every Proton in the universe is attracted to each other’s null point regardless of distance. (This attraction is actually Gravity. Who knew! The mainstream science has overlooked this simple fact but then again we are discussing Tesla’s Radiant Energy discovery.) All Matter seeks equilibrium, Unity, and to do this they are inherently attracted each other’s gate into the Ether, vortex or counter-sink. Dielectric fields are purely attractive while magnetic is purely repulsive. Iron’s unique geometry allows its magnetically aligned protons to have greater affinity to dielectric fields. The pure radiant dielectric energy should also be most attracted to this element than any other. And silver least of all. I highly suspect that a neodymium magnet would also be affected more so than iron. Chasing Dragons

[@MasterIvo]

@@redfishervictoria Interesting, I will test with MnZn ferrite, which is more suitable for these frequencies (it contains iron)

[@larryleger1658]

Impressive brother!!!! Excitng!!!!! I need to get an Oscilloscope soon!

[@sidster64]

You amaze me at every turn electrodyne corp back in 1980 tesla charger it had two batteries in series and two in parallel that change the composition of the batteries, batteries had and indefinite life span and self regenerative quality was my reference. I figure you know this already very humble by your humility all importation on this subject is very appreciated .You are Greatnesses

[@MasterIvo]

thanks brother

[@sidster64]

@@MasterIvo Just getting part now, so soon will try to replicate . Class right now Topic RLC circuit and resonance . I hope I'll get full understand soon. Thanks

[@MasterIvo]

resonance is the continuous transformation of one energy form into the other. magnetic field energy into dielectric field energy and vice versa. resistance is loss into heat (a very high frequency) which dampens the transformation. The impulse is key. it is a resonant half wave that has an impedance effect

[@IM.A.M]

Great, thanks you for your work!

[@MasterIvo]

Much appreciated

[@uldymuldy]

Brilliant! it's something unique! you've really made it available to everyone! thank you!

[@MasterIvo]

Yes! and working on a 3000v version with series Sic mosfets. making L2 and L3 as the plates of one capacitor

[@earthstation1]

Have you tried coupling them at a Harmonic frequency to see what the results are.

[@MasterIvo]

tried many things :)

[@martinsiolowosoran5242]

a great job, very open, pls we need more to be librated

[@MasterIvo]

videos are in production

[@motobacktoconstitution4138]

I was watching this again at 11:00 I thought EMF was current side voltage side was die electric ? I longtudenal was without currect so no EMF on longtudenal wave but here yellow voltage has EMF. I thought EMF was current its very confusing help please.

[@craigcolley1465]

Thanks

[@MasterIvo]

my pleasure, thank you!

[@jefyfer39]

excellent job!!! so much important

[@MasterIvo]

Indeed very important to investigate further, and now we can together

[@MS-ef1gy]

Well done my friend...and now see how you are using the 'negative' back EMF (splitting the negative). The results you are getting...in part...are do to the fact that the energy of the copper's magnetic field does not really come from the battery as it is a result of the alignment of the magnet fields already inherent to the copper's valence electrons...that is the weight of the copper being equal is critical as there then would be the same amount of valence electrons of the copper. Voltage alone can align these electrons...the key is to maximize the voltage and limit the current from the battery... which you have succeeded in accomplishing...bravo to you! You have a certain genius about you...no telling how far you will go... The hairpin circuit also works visibly do to the number of electrons vibrating in a "stout" iron conductor...as the electrons vibrate again at high voltage but very low current (as it is connected between two series capacitors)...then loads connected across the stout bar will experience a difference in potential due to these vibrations in the stout bar...you can even place energize series resonant circuits along the outside of the stout bar... You can further amplify by adding additional series impedances Also...there is not only a back EMF occurring in your circuit...there is also a reverse voltage applied at closure of the FET! (Voltage leads Currents in Coils)...your circuit is also utilizing this phenomena...Tesla also experimented with this as well Also...you have invented a circuit that converts VARs to Watts...in America we are very happy with this type of circuit as we are not charged for VARs (at least residential customers) As you suggest I will build your circuit as well....thanks much!!!

[@MasterIvo]

Great to hear you are replicating Mark S please keep me informed. If you have questions, please ask.

[@MS-ef1gy]

@@MasterIvo I placed a metal plate around L3 to verify that is was not EM coupling...it seems you are correct on electric field coupling...

[@MasterIvo]

Hi@@MS-ef1gy good to hear back from you. "a metal plate around L3" that sounds like a faraday cage, am I right? This would confirm it is longitudinal, and not transverse, due to the impulses. I hope you made the impovement, of placing the resonance on the inside rim of L2 on the V+ side (c1), while the impulse enters via the outside rim of L2 (c2). this gives a voltage difference over the whole coil.

[@MS-ef1gy]

@@MasterIvo Yes...a faraday cage.

[@MasterIvo]

@@MS-ef1gy Thats is great! And you know it. Thanks for sharing!

[@frehleyukito]

Incredible! Real energy from the vacuum

[@terrylloyd9824]

It's not pulling energy from a vacuum it's pulling free electrons out of the air

[@frehleyukito]

@@terrylloyd9824 that doesn't exists. He is forming a Zero Vector, forming a Zero Vector reveals the Scalar Wave reaction from the virtual particle field aka Vacuum, aether , etc

[@terrylloyd9824]

@@frehleyukito free electrons dont exist?

[@frehleyukito]

@@borisjohnson1944 No

[@TerryClarkAccordioncrazy]

Its pulling energy from the electricity grid, not the vacuum

[@juanmf]

Why does the Amps go so low when magnetic coupling (or cancelation?) is strong between coils?

[@davidhughes4728]

I love your videos keep up the good work man

[@scitechsyndicate4804]

Great work my friend! You have delivered some excellent information and has peaked my cursiousity!

[@MasterIvo]

Super! Are you going to replicate?

[@officialdiadonacs]

@@MasterIvo I am most certainly considering it.

[@robbmaier368]

WOW THIS IS REAL thankyou for your info man and explaining and giving it to the floks that will replacate it for the world that will see this soon i hope WE GOT YOUR BACK BROTHER.keep up the real work

[@MasterIvo]

thanks!

[@sbandc]

A couple of questions: can the signal generated be converted into a more traversable signal over longer distances, and how would you simplify a receiver to minimize the component requirements of a remote load without compromising the efficiency or utility of the power generated? How would you integrate this system with either a solar array or as a, more specialized, centralized wireless power source for a collection of components, each wired to a compatible coil, and powered selectively by a central user according to their function?

[@gnostication]

I haven't completed the video, but I'm super happy with everything I've seen so far. My biggest question: what is the inductance of the coils? If you have an LCR meter, it would also be great to get the L + C values of all components at higher frequencies. (I have noticed that the capacitance of a coil tends to go down with frequency, and the inductance of a capacitor goes down with frequency.) Since your approach clearly depends on resonance, and tuning in to resonance depends on the L and C values (along with a generally low impedance), the inductance and capacitance values of your components at higher frequencies would definitely help with replication. THANK YOU!

[@MasterIvo]

l1 l2 are 450pF and 0.21mH If I remember correct. the big L3 data is given in the video. But you need to tune it any way. use 1nF capacitors in combination with 10nF caps (all in parallel) tot tune the coils. wima fkp1 or mkp10 600Vdc. those caps can reach much higher voltages, and stay cool. pretty amazing

[@johndorio4427]

L1 coil is 1.5mm area wire in the video but what gauge is this? Calculating the diameter using the area formula gives 1.38mm diameter. In the USA, we have this between 15 and 16 AWG so should the thicker wire be chosen for L1 and L2? Can slightly thicker wire be used? (1.628mm diameter is commonly used in 14 AWG. )

[@MasterIvo]

yes. thicker is better. it has lower resistance, thats good. You will need to tune the coils anyway. I now use 2.5mm2

[@sergejpanov5543]

At 22:54 I see consumption of 1.166A and 27.79V = 32.4W for a radiant circuit with V and I in phase???? Misleading info.

[@MasterIvo]

I explained the current probe has a phase shift. and later I found, the voltage or current shifts when loaded. I haven't shared that yet. thanks for reminding me to do so.

[@theGraphicAutist]

wow that is incredible! good work!

[@josephocampo]

Thanks for sharing.. Im not electronics guy but will try to replicate..

[@MasterIvo]

great, start with the switching module, I advice to make 2 for 2 mosfets (I will release a new half bridge circuit soon)

[@juanmf]

Are “safer voltages” good to manifest all properties found by Tesla?

[@chuckjordan6455]

It stands to reason that radiant energy is attracted to the pulsating magnetic field with particles from the cosmos spiralling down toward it and around it. Therefore, there may be certain geometries that are BETTER at reception. You want the particles to form a vortex down into the collector. IF instead of a pancake bifilar, you had a CONE shaped bifilar, that geometry might be better. There are photos of Tesla with cone-shaped coils.

[@braaitongs]

What multimeter do you use and what would you recommend?

[@josephocampo]

Regarding switching module, Can i use an arduino driven program that generates on/off frequency that will relayed to mosfet?

[@MasterIvo]

yes I believe arduino due (its faster) can be used, to drive a gate driver IC that drives the gate of the mosfet.

[@josephocampo]

@@MasterIvo.. Thanks for the response.. Will be asking more.. Later.. 😊.. Thank you very much

[@robertjames9273]

Tesla would be proud of you Thanks. Awsumum.... still figuring out a great use for it,,

[@josephocampo]

Am getting problem on how to manage the flow of BEMF.. It goes into my switching module damaging battery and maybe the switching module eventually.. Still figuring things out.. 🤔

[@MasterIvo]

the bemf impulse flows to ground. if it sees ground it will flow there. the switching module, has no (earth-) ground so it should not cause damage there. The Bemf is a discharge of the magnetic field energy of L1, It should not be able to discharge in the switching module, as it is fully isolated, and only related to the source of the mosfet. Isolation of this module is key. That is why I power the signal generator from the battery. as the battery voltage floats on top of the source. Hope this helps

[@josephocampo]

@@MasterIvo I think i already fixed the bemf problem of my circuit.. I am now producing around 300v peak to peak in L2/C2.. But very little amount of current (0.005A).. 🤔 My input power is 0.9A, 9v.. I did not made DC offset yet.. Still waiting for MUR1660ct diodes.. Thank you very much Master Ivo.. 😊

[@aerotro]

Awesome work Master IVO

[@MasterIvo]

thanks! still learning

[@aerotro]

@@MasterIvo Yes cool, the rabbit hole of research often seems never ending I know, but your doing good.

[@MasterIvo]

@@aerotro I'm now working with current impulses, which give interesting results

[@aerotro]

@@MasterIvo I think we often overlook the two types of field the magnetic field and the electric radiant field the latter which are often more known as r.f. it's easy to forget but I posted a video on a book that deals with the two types. My guess is the impulses stimulate the electric field more than the magnetic field maybe.

[@MasterIvo]

@@aerotro yes, and its the displacement current of the changing dielectric field, which is what Tesla called Radiant. there are 2 types of impulses. one going back and forth, while the other only goes back or forth. into or out of the conductor. It reminds me of a halfbridge drive

[@jimkimbrell4878]

Fantastic job my good sir

[@matchke1]

What Voltege should the capacitors be for? 500V?

[@MasterIvo]

depends on the DC offset voltage. If you have 1000V impulses, you need 1000v dc caps

[@MasterIvo]

DC offset, can be left out

[@sk8pkl]

when the L3 coil is powering the lamp, what happens to the amperage of the first coil L1? Id like to know how much more amps does the batterie needs to bleed out for that 30 ish watt light bulb to light up. Thanks for sharing!

[@MasterIvo]

It should be clear from the video. But the bottom line is, the input is higher than the output. But The way its working is rather unique. Magnetic induction cant do that. Dielectric induction can. I think the parallel capacitor on L3 is not the right way to proceed with this circuit. It should be working like a "extra coil" as Tesla called it. I'm Still working on it!

[@ben12335]

Hello Master Ivo are the 1 and 2 microfarad D.C. Offset capacitors also rated to 630 v ?

[@MasterIvo]

delends on the DC offset. if the impulse is - 500V, the dc offset is also 500V, then 630V caps are needed

[@juanmf]

How far can you take the receptor coil that lights the lamp? (In theory I’d expect anywhere on Earth?

[@zabtej1645]

no, it's set at a certain distance to be perfect, as you can see in the video.

[@ickorling7328]

When you space out the couplings of inductors, the electric field gets weaker then they would be closer together, so the dielecteic coupling is going to be weaker than the magnetic at that distance... comparatively. Space is an insulator, but the magneric field is still stronger at close distances, but electric is then over powering. Its not a bad distancs though. The coils are fighting to cointain an immense flux of magnetic charge which needs a lot of space to flux through. I think what you had on your hands a year ago is nearly what I have now, but I'm making a switched mode power supply from a tesla hairpin circuit and using a spark gap as ground by switching the spark gap on the high side, and again after the gap to one or both coils. What the curcuit is challenged by is the sudden introduction of an EMP into such a circuit without ground, that when it goes towards the spark gap (which I view as ground) it's going to pass through a bifilar vortex coil that would quench it on demand, but while it cannot it would reflect between the discharge in thr gap and the bifilar coil. The energy is essensially reflecting off its own path like a vortex hitting a corner. I call that infentesmil corner 'counterspace,' so energy can be both drawn, reflected, and grounded on it-- I think. Changing pulse delivery frequency could regulate power pulsewidth in picoseconds.

[@MasterIvo]

I advanced this circuit of a year ago, into a half bridge circuit. the impulses now are instantly charging the series resonant tuning capacitor. as it is connected to the bifilar coil it also changes voltage instantly, without jumping back like a impulse does. this seems to create longitudinal Aether pressure.

[@ickorling7328]

@@MasterIvo This raises more questions for me; I'd like to discuss our circuit considerations and reasonings more. I haven't reached the point of doing an experiment yet... there was a lot for me to learn and there's no instruction manual for this type of experiment. What do you invert the signal for, and why doesn't the impulse signal reflect in the bifilar coil? Does the circuit have two separate coils, and where is the series capacitor connected? Before or after? Does your half bridge involve IGBTs that switch perfectly simultaneously, or atleast how does that work out? And are you using the half bridge to convert to AC? Damn thats a lotta questions. I would very much like to exchange circuit diagrams and explainations. My current design may very well fail, and I suspect that's because I have no closed loops when the spark gap is not active, and theres no ground. I hope to delay the energy pulse with the bifilar coil and a following series capacitor before switching the pulses into the gap in an isolated way. My aim is to have signal carrying longitudinal aether compressions that vary either frequency or pulse width or both. The pulse delay with a bifilar coil and capacitor seems like the only option, but I feel theres something I havent considered. What you've said is that you suceeded at low power, without a gap, and without reflections? I'm sorry, I can't understand how the reflections could be resolved and null, especially if there's interference from lighting.

[@MasterIvo]

it isn't reflected, as the coil is series resonant so the impedance is very low, equal to the wire resistance. It is fully dielectric at the moment of switching. (path to ground) You ask good questions I will have to make another video, so everyone will understand. meanwhile google "halfbridge circuit" and learn some there.

[@ickorling7328]

@@MasterIvo I've looked into the stuff you reccomended like IGBT's and the half bridge circuit. From just what I've seen so far, the half bridge circuit is a good topology for controlling energy by putting it into a 0V state called free wheeling-- according to eeeguide.com "three phase half controlled bridge curcuit." I've been struggling with ripple current, and it seems this is why you pointed me to this base topology. Indeed. I'm interested, and i was just starting to look into more parallel for my coil, as it was in series before a capacitor and a flyback switching power to a spark gap in parallel. The flyback could be replaced with a mosfet and lose the power regulation and isolation factor, but a bit stumped at the moment. There are two bifilar vortex coils, and one is meant to quench the spark gap, and the other is meant to contain the back emf in a self organizing way untill it can be released into the gap at resonance. The second coil would theoretically be reflecting impulses and organizing the energy in it to resonance... to do that, it would be nice to have the voltage seem to organize and dissapear, so I'm guessing the ability for a half wave circuit is so I can instantly switch current in a loop so it reflects and cancells out its own wave form with its inverse wave form. No radiation would be leaked from this "free wheeling." I expect the interference to enter and build up against the charging circuit like an earth ground, and I want to fully protect the open circuit against all energy spikes. Noise should occur often if a closed loop is coupled to my output by two capacitors in a potentially very long wire. The device I'm designing is intended to replace all house mains and supply pure logitudinal DC through a Tesla hairpin circuit type (capacitor) coupling, or others that transform voltage and regulate ripple giving both sides relatively contolled voltages. Such a device... you wouldn't connect to the grid :) I anticipate reading more on your suggestions, and your upcoming video on the topic. Do you have anything to say as to why and how the signal inverting capability of the half wave circuit is useful, and this "freewheeling" energy state?

[@ickorling7328]

@@MasterIvo I have been watching through your videos and I find that I agree with goid reason with your electric closed loop DV diode behavior of the energy due to the longitudinal wave trapped in a superluminal vortex which has energy which must always pass through center in one direction in an asymmetry 3D torsion feild of the new energy to our generation given to us by Telsa. The immediate value of these videos is pretty high :) I resubmit my review of bifilar coils as an inferior to the vortex coil, because single and equal wieght paired bifilars have such easy and amazing effects given those instruction and the use of ground. The vortex and other bifilar, trifilar, creative new coils as still under investigation, and I know more information lurks on the internet, but I think we should make them too. You've got solid circuit undersranding that I can learn from and nee additions to my understanding hidden still in these videos I've been watching. I can see you are useing a proper set up of conditions, even in solid state devices, but I am interest in all these things and high power, bigger, smaller, etc. Anyway, thanks!

[@neodos]

Hi, I am very interested but I barely know anything about electronics besides voltage, current, resistance basics and didn't understand what's going on. What is happening here? is it doing something out of the norm? if so what is it? What are the implications and applications with radiant power? Thanks

[@MasterIvo]

yes it is doimg something out of the norm. normally resonant coils do not produce power. but this does. It is due to the impulses (radiant). Applications, are the chair I made,for health bemefits. but that was more of a side effect for me. But this could be explored deeper. I have advanced this circuit, into a radiant half-bridge circuit. Still looking into the possibilities of this. It is able to produce a electric energy feedback loop (recycling)

[@neodos]

@@MasterIvo Thanks for the reply and explanation, that's awesome, did you or are you going to post about the chair? And thanks for sharing this with the world, we need more people like you. I wish I could understand this myself, so I guess I am gonna study electronics a bit.

[@MasterIvo]

@@neodos the chair is not my main research direction, I just noticed it did this. You can find a lot more info on my channel. Keep in mind regular "electron" based electronics is limited. I advice you to learn and think in fields (dielectric and magnetic fields), like Steinmetz explained.

[@chuckjordan6455]

Do you need a Diode at the +12V so that no back emf goes INTO your DC power supply?

[@MasterIvo]

yes!

[@AdredenGaming]

So is this also on bit chute and dtube. for posterity?

[@MasterIvo]

Not yet. maybe in the future.

[@sidster64]

You Are totally Amazing. I'm slow but totally appreciate your insight . I will try to figure out how to apply it too batteries . I'm thinking Thanks.

[@natetehgreatt]

love you master ivo 🙏thank you for this portal of knowledge

[@andregervais8732]

Great work ! Thanks ! I am curious , when L 3 light the lamp ( 28 watts). , what the power consumption of L 1 ?

[@MasterIvo]

l1 and l2 together draw more power

[@andregervais8732]

@@MasterIvo Thanks !

[@DavyOneness]

What kind of EMF do you get if you switch on both high and low side of the coil at same time?

[@MasterIvo]

one end is negative(switched positive power supply side aka high side) other side is positive (swiched ground side aka low side). It is created following Lenz law, so opposite polarity of the supplied voltage.

[@DavyOneness]

@@MasterIvo so then it would have both negative and positive back EMF when the coil was disconnected from powersupply at both ends

[@MasterIvo]

@@DavyOneness yes, but only if it was disconnected simultaneously

[@hzpower745]

tesla once stated that another scientist studying this effect failed to appreciate the effect air has on the circuit... i wonder if having the stout bar simulated inside of an insulated conductor will also reduce the effect?

[@filigenzilab9613]

Is there a way to make a radiant energy harvester provide excess power and self sustain itself?

[@MasterIvo]

There should be a method, but I need to find it first

[@astroport2012]

Master Ivo, Is it possible to control Back EMF frequency? How would you do that...

[@MasterIvo]

yes. Back EMF happens at the resonant frequency of the coil. this is dependent on (mutual) capacity and (mutual) inductance of the coil. these can be changed by changing coupling to another coil, changing the amount of windings, or adding a parallel capacitor.

[@astroport2012]

@@MasterIvo i was thinking to try the experience of a "double resonance". One from electrical/magentical (related to the wave at the speed of light : 299792458000 mm/s ) and the other from "sound" wave, the one considering sound propagation in copper (3900000 mm/s). Do you think it is mad? Would it be possible to find a geometry that fulfill both?

[@astroport2012]

@@MasterIvo what do you think about ways to find double resonance (light/sound)?

[@MasterIvo]

@@astroport2012 useless. sound is not electrical

[@astroport2012]

@@MasterIvo I kown, we consider it not... but matter is contraction between Light and Void. The resonance obtained electricaly is considered at "light speed" wave. But considering the material copper/plastic wires you have "sound speed" waves, that also can resonate too. If we inject this frequency as a modulation with the other, I wonder what could happen? Both relative spaces could join in certain manner in electromagnetic & gravitational waves ??

[@lilyroseu8828]

Ivo, can you help me with your "GROUND" terminology, what do you really mean when you say ground it on source positive, for the much I have watched electronics experiments, there is (1) positive + wire, (2) negative - wire and (3) Ground wire or neutral which is earth wire in some of your circuit your ground terminal is connected to nothing, please can you look at your diagram on re-using the back EMF circuit to better understand my confusion?

[@MasterIvo]

its like stacking batteries. each battery has a positive and a negative. but those terms are only relative. one battery can be put in series with another battery. the minus of one goes on the positive of the other. the DC battery that provides power to the gate drive circuit, has it's minus connected to the source. the source changes voltages when the mosfet switches. but the voltage difference between the source and the gate stays, because the dc battery rides on top of the source voltage. So the negative of the battery is "grounded" on the source. Negative and positive are relative.

[@josephmaughan1635]

The capacitors in the power supply decouple the signal at the positive terminal and effectively provide a return path to negative or ground. So A.C.wise to a 64 Khz signal the positive terminal is effectively ground.

[@theGraphicAutist]

Hey man... sorry I'm kinda new to all this stuff... so 2nd column ur using 28 less volts @ 300mA less current which is 8.4 watts. so theoretically if u add that to the 4.2 watts thats 12.6 watts, or 2.2watts more than with the diode. What am I doing wrong here thats making me think that?

[@puttingtechniques]

Great vid thankyou again😁✌️❤️🤘

[@winstonsmith430]

Would be awesome to see this used on an industrial scale.

[@haissam9999]

Hi, I really like your experiment and want to try it my self. can you recommend an oscilloscope to buy?

[@MasterIvo]

Thanks, yes: rigol ds1054z its 4 channel. there is also a cheaper 2 channel. but I would recommend 4

[@haissam9999]

@@MasterIvo Thank you so much. How important is the Bandwidth? I saw a new one from rigol DS1202Z-E with 200 MHz. And also, is it recommended to have a build in signal generator like DS1104Z-S PLUS?

[@MasterIvo]

signal gen is not worth it. bandwidth: 70MHz and higher is fine

[@Matt-cn1eh]

It is really hard to read the specs on your coil, How long and what gauge of speaker wire do you use? I want to make sure that I converted 1.5mm to the correct wire gauge, 16?.

[@MasterIvo]

google it? you can use other thickness. you still need to tune with capacitors anyway. I now use 2.5mm2 for more capacity and lower resistance. but 1.5mm2 also works

[@Matt-cn1eh]

@@MasterIvo Thanks, I have followed your channel for many years. Thanks for keeping your research in the open. Most inventors have all of this seized and for a few reasons don't talk again. I would like to ask have you submerged your coils in water? If you're ever interested check out a documentary on water, Secrets of Water, Discovery of the language of life.

[@MasterIvo]

@@Matt-cn1eh thanks, yes I submerged them in sunflower oil, high K dielectric, and high voltage breakdown. Water has extreme high K, but breaksdown at low voltages. Most inventors think of money and patents. I think of world wide benefit, which includes me.

[@CAPTAINSSBN]

I'm now trying to build a system using all techniques to light a bulb the system uses only a magnet or battery to get started after that initial kick it needs to selfrun. I don't want rotation but instead I want use vibration to generate energy

[@serpent213]

A question regarding the wire length of the coils and their masses - 20 m of 0,75 mm² twin copper wire weigh 2 × 20 m × 0,75 mm² × 8,96 g/cm³ = 268,8 g. So for the other coils the equal mass length would be 268,8 g / (2 × 1,5 mm² × 8,96 g/cm³) = 10 m. Double the area, half the length, same volume. Where do the 9,246 m stem from? Also, is the MOSFET driver (IXDN604) strictly necessary? Or is it mainly a protection for the signal generator? Thank you so much, looking forward to experimenting! 🤗

[@MasterIvo]

yes gate driver is necessary, or else the mosfet won't switch properly (could even destroy sig gen). Wire length: cut 5 cm of wire. strip coating and weigh it. now compare it to 5cm of other diameter. Use the ratio.

[@serpent213]

Master Ivo Thank you, makes sense!

[@serpent213]

Got 704 mg for 5 cm of 2 × 0,75 mm² and 1339 mg for 5 cm of 2 × 1,5 mm², giving me a ratio of 1,902. So would I use 20 m for L3, I would need to use 10,515 m for L1/L2. As I have only 19,75 m of 1,5er wire, I will make L3 18,782 m and L1/L2 9,875 m. Sounds legit? Regarding the driver I’m still not sure what your current recommendation is - the IXDN with a 14 V Zener to “ground” on the input and a 1,5 Ω resistor and diode in parallel on the output?

[@MasterIvo]

@@serpent213 that driver will work with the irfp460 mosfet yes. other mosfets need other drivers, as their gate to source voltages might differ. Yes use the ratios, thicker coil always is shorter, for equal mass. If you follow the logic it cant miss

[@TheOne10525]

Amazing video!!!! 😁🔥😊

[@DARK0717]

what exactly is dielectric, ive searched everywhere and i do not quite understand it.

[@MasterIvo]

its one of the two known fields that can store electric energy. The magnetic field is one, which is related to coils, and the dielectric field is the other, related to capacitors. Look at my "Steinmetz explains electricity" videos for more info

[@DARK0717]

@@MasterIvo thanks!

[@cletusdingdong]

What is the relationship between cold electricity and radiant energy?

[@MasterIvo]

I don't know where the term cold electricity came from. maybe from Nikola Tesla's method of producing light. If so, then it's the same thing as radiant electricity

[@danahoecker3308]

Wow. You earned my attention...

[@chuckjordan6455]

Since you make pancake with speaker wire turned on side, you don't get the full-wire-gap on each turn. Wouldn't it be BETTER and lower capacitance between wires if you flatten this to maintain one wire gap?

[@MasterIvo]

I need high capacity

[@MassUX]

Ivo is the real deal! Great work Ivo.

[@MasterIvo]

Thanks :)

[@jaidubya4321]

Thanks Master Ivo. Well done. What do you use to measure current on your Rigol scope?

[@MasterIvo]

a current probe. a pintek 655, if I remember correctly.

[@markpennella]

Great JOB! I need more tech vocab. I barley get it.

[@robertjames9273]

How is radiant energy compared to scalar, Are they transverse or logatutetional????

[@MasterIvo]

both longitudinal, and basically the same. scaler is a bad word for it doesn't do it right.

[@Legarsdumat]

Thanks to your TIME

[@ThePaulbilek]

How do you use the power from the output? Never mind, you explain it in video. I mean the only way yoy can really use that is charge batteries, being that it fluctuates so much?

[@sciencedusoi-arthurmantes6315]

I want to start doing experiments on radiant energy and free energy. I work in electronics. But I am new to Tesla work. Can you advice me which kind of experiment would be good to start with ? You must have quite a good perspective that can help me choose what to begin with. Thank you !

[@MasterIvo]

This one! but use a SiC mosfet for higher voltages, and a isolated gate driver IC. I use this mosfet: 2m0160120d it can handle 1200V and has 160mohm I drive the gate with this IC 1edi60i12af if you buy enough for 2 circuits you will be prepared :)

[@danb640]

I saw the video, seems very interesting, but I didn't understood some details: why do you have a power source which is not visible in the video? What is it powering? Is it correct that the power consumed by this source is measured? And what is the 12V battery doing? Is the power consumed from the battery measured? And on the PCB on the left side of the setup, seems there is a hidden 9V battery ... what is this 9V battery powering?

[@MasterIvo]

its all explained in my other videos. the 12v battery powers the mosfet gate (makes it able to switch) the external power DC power supply is being switched by the mosfet, and is powering the coils.

[@danb640]

@@MasterIvo Thanks for the reply, I think I understand how it woks now and why the battery is needed. Wouldn't be possible to power the mosfet gate with the same DC power source set to 12V? In this way you could measure the overall system power consumption. I have seen a similar wave form in another experiment in which this resonant wave was used to split water into H and O. In the other experiment it was said that the gas produced, when used in a combustion motor, would be enough to sustain the motor and the generator that would produce the electricity to power the wave.

[@kolinevans9127]

Cool man great work.

[@donsmithii6828]

You have brought a lot of my studies into focus - Thanks - Curious about the current flow through the diode - It seemed backwards ??? I'll check out your other video's too - Thanks again ...

[@MasterIvo]

Yes current can appear to flow backwards from negative to positive

[@braaitongs]

@@MasterIvo Is that displacement current or conventional current?

[@MasterIvo]

@@braaitongs still conventional