Omg that cap and your consequent reaction scared the 💩 out of me as I was very much so glued to my screen and in full concentration mode. 🤣

I really appreciate you taking your time to create these videos Ivo. Open source research at it's finest 🙏🔥

CORRECTION: the L2 series tuning capacitor was not 121nF but 61nf! Keep in mind that discharging the high voltage DC in the capacitors takes place with the diodes in the circuit, so limit the current by using a large resistor. I prefer to let it discharge by itself, and only discharge the last remaining volts with a resistor. the bigger the resistor the slower it discharges the lower the current (better). The mur8100eg Diodes can handle around 16A of peak current, but they dont like it. I made a new discharge resistor of 900 Ohm, but best is still to discharge only at lower DC voltages. When there is a spark with a bang, you are risking the death of your DC offset diodes.

Thank you so much Ivo. Just love your content and forward progress. Would love to see some more information about tuning when you get to a point where you can explain everything in a concise string from theory to implementation start to finish. It seems you are working towards that. This is quality family viewing - as funny as that sounds our family looks forward to your video drops and presentations and we watch them together.

Awesome work Master Ivo! Keep it coming :-)

I really hope to be so rich that someday I can fund all this open source research all alone

Ivooooooooooooo!!! 🤩😁🤗 WHO would give Ivo a thumbs down... 😡 About the nicest guy on KZfaq. And will be helping save the world 🌎 !!!

Keep cranking it up and soon you'll get to the matter ;)

Bringing real information to life

Good job my friend I am sorry for your loss🤩🤣

Pushing things to the limits - so they explode!" :) Maybe that's the Eureka moment! I remember you pointed some things in "Nikola Tesla's Radiant Energy" series when reading about Nikola's discoveries. If we consider magnetic and electric force as streams of the same force with different vector direction than seems DC includes axial vector force, AC includes alternating axial vector force and RC includes radiant vector force. According to producing and detecting Radiant Energy effects further factors seems to be crucial: 1. (Unipolar HV Impulse) "Sudden impulse of high tension direct current" (setup includes HV DC generator or transformer that is powerful enough to supply sufficient HV DC current to the circuit for brief moment of time. - (ms-μs at kV range) 2. (Energy introduced) Charge introduced by transformer have to be greater than accessible charge carriers can handle in the time of the impulse. Charge carrier volume is represented by circumferential surface of the wire. Energy supplied to the system that must be great enough to sustain power of charge in kV range at impulse time duration. It is possible that proposed electrical tension in kV range corresponds to dielectric breakdown of the materials and objects included in the system (as well as air and vacuum dielectric constant) and for that reason experiments may gives us noticeable effects and results. It seems that your bifilar coil have enough surface for charge carriers that can handle much more energy input than you're currently supplying to the coil. Maybe single strain of thin wire could do more job with that amount of energy!? Bifilar coil Tesla presented was Single layer spiral bifilar coil that has inductive and capacitive coupling between wires on two sides and slightly different radius between bifilar turns. Your bifilar coil is dual layer spiral coil that is coupled one side and has same radius between bifilar turns. Distance between bifilar turns is considerable and dielectric material between bifilar turns is wire insulating plastic and not epoxy. Maybe to consider coil arrangement consisting of four single wire spiral coils connected in series and submerged in transformer oil and titanium dioxide mixture. Proper distance between bifilar turns has to be maintained to avoid dielectric breakdown and obtain larger inductive and capacitive volume due to smaller distance between bifilar windings. Voltage difference in the Coil Capacitor will be equally distributed that way and capacitance of the coil significantly increased. Mixture of transformer oil and titanium dioxide is just an idea that I suppose could provide high dielectric properties, dielectric curing and possibility of later material recycling if needed as well. I would like to know your opinion about this subject. Thanks in advance! BR

You should be on Patreon Ivo! I think you would get a lot of support. Keep up your work.

Some of the capacitors in Cornell Dubilier’s 942C series capacitors are rated for 5kV/μs according to the datasheet

Why dis you pick the bigger radius for your L1 coil, I’d think the coupling field is stronger in the center. So a smaller center should be stronger?

lessons for life.....distance between thought's....

Nice video Ivo , can you work on Don Smith's patents ?

"I warned myself on the previous video but forgot" like it :D Your language is very accurate :) Not so common these days .

excellent vid, thanks! when you said "oh! bang!" i was right there with ya 😂 and watching the current implosion disappear.... was magic. So regarding the Wima FKP1 DC & low-freq AC rating, you suspect its your DC offset contributing to cap failure? More so than the high-freq impulses? Anyway, i'm glad to see that FKP1's fail/explode rather "cleanly", the front face just kinda folded off, not much shrapnel hehe

Master Ivo. In order to light a LED diode or DC motor, you need source of dialectricity (+) and ground (-). In order for every component to function an engineer needs 2 components of different potential, so electricity can flow (or higher/lower ground for water to flow). While we know through copper its far more easy to transmit electricity compare to air it's not impossible also to transmit through air. Now comes interesting part what I see in your experiments. You research radiant energy, I think it's having a connected electric circout, while NOT having it connected to a battery or ground. For having different potential, resonance in bifilar coil must be induced and reached (no idea for now how to mentain it, because of losses in circout) and could you than disconnect DC power input and still power LED diode or DC motor?

If its not too elaborated, could you please remind me of the purpose of that dc offset? Very interresting as always! Thansk for sharing!

Hoi master ivo. Ik doe dit even in het Nederlands. Hoe ik het begrepen heb hoe tesla het deed. Was via een disruptor met een gas en een sterke magneet om de elektronen stroom tegen te houden. Zodat alleen earher ( zero point field) door komt wat neutraal van aard is

Is it possible to (extract) power (in) a circuit with longitudinal massless displacement current without destroying the dipole?

I Believe i fried my oscope on my last experiment. how does tricly as a beginner to know what oscillations are too much for my scope

Ivo, Have you produced any phenomena like the ones documented in the secrets of cold ware technology? I haven't heard you speak of anything like this!

What kind of scope do you have ??? Rather brand. I have a 100mhz Siglent 1gbps sample. Looking at yours I'd love to know what it costs for 4ch that does what yours does

Have you tried sticking two magnets with the same charges facing the coils?

If you had land in the forest and power lines high voltage happened to run through them and you stayed well within your distance that they require could you gather energy even in small amounts

Can you describe [to us laymen in the audience...🤓] what effects the "Current Implosion" actually causes...?

one day it will have 10000000 views im sure keep smiling :):)

Thank you for the "beautiful experiment". I want to know if you have a radiation meter to check electro-magnetic energy radiation. It is not safe to expose yourself longer in the high electro-magnetic field. If you don't have the meter, please let me know I will donate one to you. You are definitely aware of it but it is just my concern. You are doing a great contribution to community by sharing your knowledge. Master Ivo, thank you again for sharing your hard and deep research knowledge with the world. You are on a mission and you will make it. We all must support you by all means. Thank you again.

Are you using a spark gap to produce the disruptive discharge?

Are you implying the longitudinal waves with which you were working here are not the same as compressional longitudinal energy?

Great work ... but, you look like you could use some longitudinal displacement current yourself ;)

Cool..."Tapping the field" ... Great research! I think you are onto something. a quote from Tesla>>> (Nikola Tesla on his work with alternating currents and their application to wireless telegraphy and the transmission of power-Leland Anderson©1992-Twenty first century books) "The advantage of this apparatus was in delivering energy at short intervals whereby I was able to perform all those wonderful experiments. I would take energy out of a circuit at rates of hundreds or thousands of horsepower. In Colorado I reached 18million horsepower activities, but that was always by this device: Energy stored in the condenser and discharged in an inconceivably small interval of time. You could not produce that activity with an undamped wave. The damped wave is of advantage because it gives you, with a generator of 1 kilowatt an activity of 2000,3000,4000,5000 kilowatts: whereas if you have a continuous or undamped wave, 1 kilowatt gives you only wave energy of 1 kilowatt and nothing more.... The condenser is the most wonderful instrument as I have stated in my writings, Because it enables us to attain greater activities than are practical with explosives..."

Hmmm, not sure you should keep going. You might travel back in time.