High Voltage Magnetic Resonance

[@joellagace1679]

Any other silly comments?? so I can block all the trolls? Don't see what the point is if you know your getting blocked. Your comments will not appear.

[@SickofTired]

I love trolls are good. They invoke thought others do not make and they can be fun to mess with sometimes. I've learned to enjoy them over the years as long as they are not vulgar. They are usually rather simple minded people that aren't smart enough to realize they don't understand everything

[@kennethbeal]

Also, from the military: "If you're not taking flack, you're not over the target." This is the first I've seen and am now a new sub. Thank you! I have experimented with bowl magnets; just saw a spiral arrangement today which I will investigate. Spinning them seems to make them more useful.

[@wdwadindwatri]

running away from reality won't work forever ;-;

[@Heliarc91]

Yes. I love to troll trolls then block fun fun fun

[@VEC7ORlt]

What? you don't like being called out a quack? Its a shame, coz you are. Here we, the engineers trying to extract last bit of efficiency out of our power converters vs you with your silly coils promising everyone 'free energy'

[@user-tk2jy8xr8b]

No idea what's going on there, but the coil looks satisfying

[@brianp5210]

You are really brushing up against this thing more than anyone. There's a couple guys on KZbin who are on that cutting edge but you are the only one who just puts it out there with clear explanation.

[@Sekir80]

Clear explanation? Great, then please explain what I watched.

[@dukenukem8381]

@@Sekir80 Problem 2000

[@prodigalsonresurrection]

I'm no tradesman, nor am i educated. But that is one of the coolest homemade step up transformers I've ever seen. Thanks for sharing the sine wave. I'll be exploring your channel.

[@Moonfart]

Perfect serve from the algorithm. He talking about fields I think. Sounds badass. I'm not hopeful I'll understand what's going on even if I watch the 2nd video. Love it! Thanks for posting! Don't get in trouble.

[@SickofTired]

So uh, I still have no clue what the majority of these words actually mean in practice, but for the first time I finally feel like I'll be able to understand more if I keep watching. I've been tinkering with electronics and programming and rebuilding etc my whole life but I cannot wrap my head around the oscilloscope and why we're stepping voltage and stuff. I think I kinda get it by now but still not enough to put it into gear. I'm going to keep watching as I have time but I think you would do well making a beginners video for intelligent people that don't know what to make of all these words at first. Thanks for doing this

[@kennethbeal]

Love it! I see us figuring out an elephant, by sharing our perspectives. I've been exploring 4D visualizations and man, I can see things. The things that I see, remind me of the scenes in Inception where the buildings were folding. Our brains are folding. I have a feeling that as we get closer to Planck boundaries (in space and time, and whatever other dimensions we find), we will see that it folds there, too. The folds can likely help us magically step from one place to another. With technology, sufficiently advanced. :)

[@krishnannarayanan8819]

Same dude! I feel like my side journey is gonna complement my engineering undergrad degree as well!

[@ArtemBosserdt]

@@kennethbeal will finally get back to the ancient times where they could teleport to other places, I can imagine it's also space and time type of portals

[@christopherleubner6633]

This coil design does focus the magnetic field. They used very similar to fire the magnetooptic shutter in a rapitronic camera. It was fired with a pair of KN 6 krytron tubes

[@alanx4121]

Connect the coil to a scope and spectrum analyzer and see if there are signals, I think scalar communication is already being used, because if it's real it's probably already perfected.

[@goldfishlaser]

Beautifully constructed, thanks for sharing

[@user-rj2nn6gc6p]

Joel, I am currently watching your secret of back emf video from March 19,2023. At the 13:10 mark you are talking of having your own electrolytic type battery to power the coil system. You say that all you need is moisture in air to trigger. Can you explain how that works? Thanks.

[@HOLLASOUNDS]

What is this used for, and what are you gojng to do with it?

[@AethericTheorem]

Here's something few EEs realize, and which was not my discovery but I came to find out about it from a gov't contractor...If you have an RF source with an output load of capacitive reactance that is perfectly impedance matched (i.e. 50 ohm of Xc while using a 50 ohm cable) and you also have that load inside of an RF shielded enclosure, that signal will be reflected back, creating a standing wave condition... This was being talked about in the use of creating an over unity circuit. Separately, it was the physcist Adam Trombly who was a young protege of Joseph Kahn whom became mutual patent holders for a >200+ COP dynamo which utilized a key CLASSIFIED characteristic of iron with magnetism... creating a 'magnetic sink,' in that, with a certain number of pounds of iron (I can't remember off the top of head, I'd have to search my drive), efficiency is increased by x. This is classified, and it was already classified at that time in the 80s by the US Navy and so their dynamo was seized and they were both gagged about how it worked. Adam has never said this, but I found out by someone else. In the words of Trombly at an energy conference in Switzerland way back in 1989, he says "All we have to do... is in a resonant domain introduce a heterodyning wave or standing wave properly... and it increases the effective field density"...I managed to find video from that conference in a series of videos titled "Depalma N machine 1-18"

[@taylorwestmore4664]

Fascinating! Tell me, do you know anything of phase conjugation of signals? How about anapole mode antennae? I have seen evidence in Tesla's patent for his "non-linear shuttle oscillating circuit" that allows for dynamic impedance matching and floating grounds of differing potentials to introduce the non-linear dynamics necessary for phase conjugation. This talk of a standing wave in proper configuration hints at phase conjugation, I think. Which would explain how environmental energy could be harvested as the resonant materials form a "sink" in a far from equilibrium thermodynamic system. Many crystalline materials such as ceramics have opto-electronic and magneto-electronic susceptibility of order 2 due to the crystal structure, enabling 4-wave mixing. Anapoles similarly have a phase locking condition where output signals are destructively interfered in the far field. But near field constructive interference allows anapoles to be "perfect absorbers" at resonance. Already power beaming experiments have been performed with anapoles, and a little improvement could allow them to harvest ambient RF noise and perhaps suppress quantum fluctuations leading to additional energy input from the environment not normally available in electromagnetic wave form.

[@dohabandit]

Well, that's because you have a capactive load vs a resistive load. That is why you have terminating resistors on RF transmission lines that are equal to the impedeance of the line. I use the analogy that you have a long pool of water six inches deep. The depth of the water is uniformly deep and is analagous to the impedance. You can use a piece of wood to push the water from the edge and it produces a wave that travels across the pool. If the wave encounters an object sitting in the pool a portion of the wave will reflect backwards (a change in impedance) and will bounce back to the origin creating constructive and destructive interference. When the wave reaches the other side of the pool it will bounce back unless the wave energy is absorbed (termination resistor load that is must be impedance matched).

[@TheTubejunky]

Basically tap into the sun... got it. Because copper wires aren't the answer to "low input high output" energy for global use. Thermal dynamics says this also but fusion as in how solar systems work are more likely to be key to this fixation on energy. The smallest of creation "atoms" (or even smaller as we reveal reality) transfer power to the largest of galaxies. "As above so below"

[@Cynthia_Cantrell]

Actually, just about all EEs recognize that you get a reflection when you don't terminate a line with its characteristic impedance, and you can get a standing wave. We normally try to avoid this because it means you're losing energy that could be going to the load and doing something useful. It doesn't mean you get some kind of "over unity" energy. If the load impedance is larger than the line impedance, you can increase the voltage the load sees by up to a factor of 2. But that also means you will get less power from that line into the load. So you can get an "over unity" in the voltage, but NOT in the energy or power. You don't have to believe me. The math is available on-line and you can check it yourself. Yes, I am an EE, and about 10 years ago I designed the front end for a piece of test equipment for DirecTV ground receivers. It operated in the 2 = 2.5GHz region. Their tuner sits at the end of the trace on a PCB and is matched with an L-C network, while the surge supression (a large TVS diode) sits 1/4 wavelength away so its comparitively large capacitance (which essentially looks like a short where it's attached to the net) looks like an open at the tuner.

[@AethericTheorem]

@Cynthia_Cantrell Yes, obviously. But many get confused when youre talking about a load of capacitive reactance.

[@jaderey1824]

Wow incredible!!!. First time seeing this channel, have a lot to digest & that’s exciting!

[@AethericTheorem]

Joel, can you turn off filtering it will not allow my comment no matter what... extremely frustrating being censored by this platform all the time

[@joellagace1679]

i see them on my end, I liked them even.

[@p1nkfreud]

I don’t think the KZbinrs turn on/off “filtering” I’m pretty sure it’s just something YT does to *ALL* comments

[@Heliarc91]

KZbin deletes mine too all the time

[@AresWalker8]

KZbin randomly eats comments. Happens on everything from small creators to even pewdiepie.

[@sirseven3]

Its a server issue failing to process the request.

[@Thinktanq2000]

Wow, this is truly a GEM 💎 of a video! Great explanation and a BIG thank you from me and the hyperteam at hapcotch university

[@ElijahCokeley]

I bet a conversation between you and Gerald from the fringe think tank would be very interesting.

[@coolusrname]

looks cool, idk what to say more

[@maxwellsimon4538]

What’s the frequency you’re getting on the output? Is there a way to modulate the frequency or voltage without rebuilding the whole device?

[@b3n9y74]

Looks really cool!! I’d be curious to see the shape of the magnetic field it produces and its potential advantages ❤

[@jessedavis6196]

Be careful running high voltage through that wire. I believe it’s rated 300v

[@ivanpereirademendonca4607]

Melhoraria se tivesse um núcleo e uma base de alumínio ? Experimente , vou tentar também, obrigado pelo vídeo.

[@solarsynapse]

Torsion coil?

[@MeineMeinung-rt5qn]

680V. Vs, Vss or Veff?

[@KyleBurke-x7h]

Thank you for the video joel this is very helpful! Cheers!!!!

[@skywolfbat]

I... I know enough physics to say defeinetively I have very little idea what he's saying in this video. I will say this much; I know its a lot simpler than I'm thinking it is and uses some of the spooky magic we call Electromagnatism, but beyond that... yea, I know enough to say I don't know what this is actually doing. None the less, thank you for sharing with the class, I'm sure somebody a LOT smarter than me can actually make use of this.

[@TheTubejunky]

Now imagine if these coils were spherical? There needs to be elemental "coils".

[@sdsa007]

I am excited by this! I finally understand Maxwell equations, because I took the time to understand the properties of electricity in detail and studied a lot of calculus, so I understand the theory, but I suck at practical electronics.... Nevertheless, I had this idea of building a DIY small portable magnetic resonance imaging machine for studying insects.. ad you seem like the genius to figure it out.. Is this possible to build one cheap?

[@Biokemist-o3k]

Joel, I am sorry for this question but my mind went blank and I cannot remember what those little plasma safety spark gaps that Don used were called... The ones that do not even look like gaps...Thank you so much...great video with even better information..Pure sine wave is incredible...Don's RF usually ran at 21 Mhz from what I remember for the table top type devices with the coils...With the NST's he did things a bit different..Hence the vending machine device....-John

[@joellagace1679]

gas discharge tubes, experimented with them in earlier videos as well. Don Smith had several methods. You gotta pick and choose even combine the concepts that work best with what you got in mind.

[@Biokemist-o3k]

@@joellagace1679 I do not know if they will actually do this but Plausen seemed to use spark gaps to lower voltage...I was hoping to use several of those high voltage discharge tubes to see if I can lower the voltage. It seemed from one of his patents that he used several gaps to drop the 10,000 volts to a mush more usable l230 volts...I could be wrong but that is what it seems so far.. Any of your wisdom is welcome..thank you...

[@davidgrigg7398]

I have seen that shape before, how'd you know to make that?🤔

[@TheTubejunky]

Rodin Coil Explained A Rodin coil, invented by Marko Rodin, is a type of electromagnetic coil designed with a specific geometrical pattern based on the Fibonacci sequence. This design is intended to create a stronger magnetic field and more efficient energy transfer compared to traditional coils. The coil is typically toroidal (doughnut-shaped) and consists of wire coils arranged in a unique configuration that Rodin claims can enhance energy efficiency and potentially produce more energy output than input. The concept of the Rodin coil is based on the idea of vortex mathematics and the decimal parity system, which Rodin believes can unlock new possibilities in energy technology. The coil’s design aims to optimize energy usage and reduce losses in electrical and electronic systems. According to some proponents, the Rodin coil can achieve efficiencies greater than 100%, a claim that is highly controversial and not widely accepted by mainstream science. In practical demonstrations, the Rodin coil has shown varying levels of performance. For instance, in one experiment, it was observed to produce an output power of 2.31W with an input power of 6.858W under no load conditions, resulting in an efficiency of 34%. When a load was attached, the efficiency increased to 71%, and with an extra load, the efficiency reportedly reached 290%, although this last figure is particularly contentious. Critics argue that the Rodin coil’s claimed over-unity performance (COP > 1) violates the laws of thermodynamics and that the observed effects can be explained by other factors or experimental errors. Despite these criticisms, proponents continue to explore and develop the technology, believing it holds potential for significant advancements in energy production and efficiency.

[@Caesarus2011]

Hi Joel, very nice explained. I am working on the exact same path 😂 Using much lower frequency and without high voltage output indicate the same phenomena. Power available without loading the providing circuit … even I am getting some small output. Anyway, much more advanced is your system as you get direct AC output while I am getting just DC as I am not as skilled as you in using the output and I wanted something that I thought I know how to manage. Bear in mind we are using now much more easy available and cheap components that 30 years ago wouldn’t be available … al those teachings about what we get is not usable are simply lies. Also, I guess you are aware that radiated field will just fry any electronics placed in this field pretty soon if you start to use it. We need a solution to limit this field within a certain distance while increasing the power otherwise MIB will soon knock on our doors. Also, this explains very well why all radio and TV broadcasters are soo keen (or forced) to go digital or cable based.

[@kennethbeal]

Would a Faraday cage in your walls help keep the forget-pen-light from showing up?

[@jucavaque]

Could you please let me know where could I buy one of those minigenerators on ebay?

[@Heliarc91]

Better you than me Joel. I cant stand winding those things!! Lmao

[@joellagace1679]

Friend did it for me :)

[@pebnut]

thank you joel!! ⚡️

[@esra_erimez]

But, can it open a time travel worm hole?

[@The.Dude.Abides75]

You’ll need to connect that to a flux capacitor and shove 1.21 gigawats then accelerate to 88mph to do that. 😅

[@esra_erimez]

@@The.Dude.Abides75 🤣

[@heh2393]

Hey aren't you that Linux enthusiast on Brodie's videos?

[@esra_erimez]

@heh2393 Yes. Yes, I am. 😁

[@prashanthb6521]

You are everywhere.

[@Bangkoks]

so beautiful

[@Ziggenvox]

Try 3d printing this!

[@wpgenlighten4truth2]

Absolutely Well Done Joel, i am Working on An Explanation of the Aether right Now, and How it Rides on the Back of RF, like a man on a Horse ....I LOVE YOUR WORK Joel ....

[@user-rj2nn6gc6p]

Just found your channel recommended by Fractal Woman. Can you recommend other experimenters that you follow as well? I am aware of Eric Dollard and his associates. Thank you.

[@joellagace1679]

Nothing extreme. In modern times. Tom Bearden,Bedini,Don Smith. sounds like you know them all.

[@TheTubejunky]

This is focused on the Rodin Coil Explained A Rodin coil, invented by Marko Rodin, is a type of electromagnetic coil designed with a specific geometrical pattern based on the Fibonacci sequence. This design is intended to create a stronger magnetic field and more efficient energy transfer compared to traditional coils. The coil is typically toroidal (doughnut-shaped) and consists of wire coils arranged in a unique configuration that Rodin claims can enhance energy efficiency and potentially produce more energy output than input. The concept of the Rodin coil is based on the idea of vortex mathematics and the decimal parity system, which Rodin believes can unlock new possibilities in energy technology. The coil’s design aims to optimize energy usage and reduce losses in electrical and electronic systems. According to some proponents, the Rodin coil can achieve efficiencies greater than 100%, a claim that is highly controversial and not widely accepted by mainstream science. In practical demonstrations, the Rodin coil has shown varying levels of performance. For instance, in one experiment, it was observed to produce an output power of 2.31W with an input power of 6.858W under no load conditions, resulting in an efficiency of 34%. When a load was attached, the efficiency increased to 71%, and with an extra load, the efficiency reportedly reached 290%, although this last figure is particularly contentious. Critics argue that the Rodin coil’s claimed over-unity performance (COP > 1) violates the laws of thermodynamics and that the observed effects can be explained by other factors or experimental errors. Despite these criticisms, proponents continue to explore and develop the technology, believing it holds potential for significant advancements in energy production and efficiency.

[@jccooluser]

This was in my dreams

[@fallenangel3k]

nice ... getting kinda bedini 2k25

[@Mussoanimations]

Wow

[@hredmen]

Starcoil

[@Travis141123]

Still waiting for the portal to appear...

[@TheTubejunky]

Rodin Coil Explained A Rodin coil, invented by Marko Rodin, is a type of electromagnetic coil designed with a specific geometrical pattern based on the Fibonacci sequence. This design is intended to create a stronger magnetic field and more efficient energy transfer compared to traditional coils. The coil is typically toroidal (doughnut-shaped) and consists of wire coils arranged in a unique configuration that Rodin claims can enhance energy efficiency and potentially produce more energy output than input. The concept of the Rodin coil is based on the idea of vortex mathematics and the decimal parity system, which Rodin believes can unlock new possibilities in energy technology. The coil’s design aims to optimize energy usage and reduce losses in electrical and electronic systems. According to some proponents, the Rodin coil can achieve efficiencies greater than 100%, a claim that is highly controversial and not widely accepted by mainstream science. In practical demonstrations, the Rodin coil has shown varying levels of performance. For instance, in one experiment, it was observed to produce an output power of 2.31W with an input power of 6.858W under no load conditions, resulting in an efficiency of 34%. When a load was attached, the efficiency increased to 71%, and with an extra load, the efficiency reportedly reached 290%, although this last figure is particularly contentious. Critics argue that the Rodin coil’s claimed over-unity performance (COP > 1) violates the laws of thermodynamics and that the observed effects can be explained by other factors or experimental errors. Despite these criticisms, proponents continue to explore and develop the technology, believing it holds potential for significant advancements in energy production and efficiency.

[@personzorz]

​@@TheTubejunky critics are correct

[@JohnCena-te9mi]

Block me

[@joellagace1679]

Block me first :)

[@Bleu_sky]

Looks pretty Can't wait to play with it

[@jensbuchholz5766]

❤

[@KKJKJH]

i understood nothing (im a m.e.) but veri kool

[@mykedoes4099]

😉