Boiling water with magnets. New edition

en.wikipedia.org/wiki/Inducti...
en.wikipedia.org/wiki/Inducti...
I found that after more than 2 years, no one repeated the experiment more effectively, although there were attempts. But the video continues to interest people, so I revised it with details.
Asynchronous motor 180 W, 50 Hz, 1380 RPM.
I raised the frequency to 145 Hz to increase RPM to 4000 RPM. With a further increase in the frequency, the RPM begins to fall, since the magnets slow down the rotation. For this, only a more powerful engine will help.
Neodymium magnets 20X3 mm, 60 pieces (6X10). The volume of water is about 25 ml.
If you will be using a powerful motor, be sure to center the disc and magnets precisely to eliminate vibration. And observe safety measures, fix the magnets carefully and step back to a safe distance.

[@tsxtreme]

Great demo of faraday's law. Try it with copper, and if you can afford to, with silver and gold plate under the beaker. Compare the time it takes to boil the same amount of water with everything else constant

[@phillingham3167]

Can't tell you how much this is going to save me, hooked my motor up to the solar system, now heating my house with this and showers, no more oil

[@danejones7051]

im really interested in this, can we talk somewhere? where you can maybe give me a few pointers please?

[@phillingham3167]

@@danejones7051 it took me several attempts to get the motor and mags and rotation right, but once you sort that all you need to do is scale it up.. I added a copper coil around the outside, this generates a small current which drip feeds my battery bank.

[@danejones7051]

@@phillingham3167 so you doubled up to claim abit of extra energy from the rotation to create some electricity. what magnets did you use? and what motor?

[@phillingham3167]

The magnets are 20mml by 10mml super glued North in South in North in South in, total of 20 magnets, the motor was bourth off amazon, needs to be a 2000rpm low kenetic start rotation, so it can spine easily, pre drive. Wire the copper as follows, 1 loop onto the North side use glue then a second loop onto the south side, making 2they don't touch. Wire these through a roller switch then dived the wires so you end up with two positive and two negative coming out of the switch. Plug the motor in, let it get up to 2000rpm, then flick the switch so the charge coming from the magnetic ring goes into the motor. Forget to say put a power controller between the mag feed and the motor set to 12 volts. This will enable the mag drive to run the motor.. It just keeps on spinning, and heating the water....

[@danejones7051]

@@phillingham3167 i really dont understand... could you make a video for me pleaseeeee?? :(

[@elaztic]

Wow I'm so upset that I'm only now finding your channel lol from searching oil water and alcohol. Amazing page.

[@alimomali9753]

Historic induction cooker, 1909 The first patents for induction cookers existed in England shortly after 1900. [16] The invention was not used in practice. In 1956, the Frigidaire company, then a subsidiary of General Motors, demonstrated to the public some experimental devices in which a newspaper was placed between the stove and the pot that did not catch fire even though the water in the pot began to boil . The individual plate was also covered with a bell jar. [17] There was no series production here either. Between 1973 and 1975 Westinghouse manufactured a white ceramic induction cooker that was marketed under the name Cool Top 2 (CT2). The cost of this device was enormous and, including the cookware that was also sold, was $ 1,500, which, converted into purchasing power in 2017, corresponds to an amount of $ 8,260. Possibly because of this, the demand was only low.

[@grain8314]

Thank you useful information!

[@andyolsensovereignbeing.6211]

Great video. Ive see salt water burning with a frequency.

[@grain8314]

en.wikipedia.org/wiki/Induction_heating en.wikipedia.org/wiki/Induction_cooking I found that after more than 2 years, no one repeated the experiment more effectively, although there were attempts. But the video continues to interest people, so I revised it with details. Asynchronous motor 180 W, 50 Hz, 1380 RPM. I raised the frequency to 145 Hz to increase RPM to 4000 RPM. With a further increase in the frequency, the RPM begins to fall, since the magnets slow down the rotation. For this, only a more powerful engine will help. Neodymium magnets 20X3 mm, 60 pieces (6X10). The volume of water is about 25 ml. If you will be using a powerful motor, be sure to center the disc and magnets precisely to eliminate vibration. And observe safety measures, fix the magnets carefully and step back to a safe distance.

[@steveaspen6773]

Have you tried copper instead of aluminum? I remember the first time I saw the first video and commented that it could be a way to heat a cup of water in the wild without starting a fire and using a bicycle to spin the magnets, you replied for me to design the gadget, but I'm extremely busy so I couldn't. Now...if I was to design and test a working product based on your Idea, how can I contact you privately and give you the prototype? Using copper and magnet arrangement will heat up larger water volume and faster with 300 rpm. I've worked on a project that uses copper to radiate heat generated by friction and extracting this friction for heating. Try copper , I'm confident you can turn your idea into a selling product by arranging the magnets differently and spinning the magnets slower. Steve Aspen.

[@grain8314]

@@steveaspen6773 Thanks for your comment Steve. Yes, copper conducts eddy currents better, but the fact is that these currents inhibit rotation. Therefore, more eddy currents - more braking. After all, I could simply increase the RPM of the motor with the frequency regulator to 10.000 RPM or more. But I chose a frequency of 145 Hz because the motor starts to decelerate higher up. The same will happen if you bring the aluminum plate closer or increase the thickness of the plate. There is only one way out - to use a more powerful motor. But even having increased the motor from 60 W (from the last video) to 180 W, to my surprise, I accelerated the boil from only 3.5 minutes to 3 minutes. I was hoping for at least two minutes. So with a bicycle it is a hopeless endeavor.

[@steveaspen6773]

Well....I wouldn't call it hopeless endeavor, just as design engineers improve on any engine, so can you find a sweet spot or configuration on your idea. I'll keep in touch.

[@PhysicsWithBen]

Wao, I love this. Affordable and clean energy.

[@Shadobanned4life]

Who says there is no such thing as magic ! This is pretty interesting indeed,thanks for showing us!🌞

[@grain8314]

This is the simple physics, eddy currents - en.wikipedia.org/wiki/Eddy_current

[@grain8314]

Eddy Current Heating: Advantages and Disadvantages | Electrical Engineering www.engineeringenotes.com/electrical-engineering/heating/eddy-current-heating-advantages-and-disadvantages-electrical-engineering/24250

[@darrenmedmonds4603]

Maybe try it with a small Tesla Turbine and a flowing liquid. Might be efficient at getting hot water from a gravity flowing stream of water. Connect it to a water tap or hose and make a cup of tea day or night. Could be 3d printed with some bearings.

[@iLevitation]

Analog induction heating for the win! Were you experimenting with levitation before coming up with your heating system?

[@WorldScott]

Curious to see how the pattern of the rising bubbles from the boiling is altered in the changing magnetic fields, becoming curved, we can particularly note it at the end when the water is moved out of the field and the bubbles return to a more normal vertical movement pattern.

[@vahidtavoosi65]

I think that happens because of vibration, not the magnetic field.

[@abhirijal91]

I just don't get why this channel is soo underrated ❤️❤️

[@grain8314]

Most people are more interested in watching smartphones being crushed by a car, mixing Pepsi Cola and Mentos, etc., and also fakes about free energy (meaning energy from nothing).

[@abhirijal91]

@@grain8314 that's so god damn true.... 🥺 But i love science and im inspired by you.... Thank you soo much❤️❤️.... And have you tried collabing with nile red?

[@grain8314]

I am very far from Nile Red (Moldova) and I do not speak English.

[@crashdash5390]

@@grain8314 I'm a big fan of your work. I found your channel when I was making a brushless DC motor for a school project and was inspired by one of your designs using a reed switch with a fidget spinner. The reed switches kept burning out so instead I made my own by putting a magnet on a bent piece of copper wire that would get pushed to make contact as the fidget spinner spun which would turn on an electro magnet that pushed the rotor and then would release the copper wire so it could pass by the electro magnet and the process would repeat. Got 14.5/15 on that so thanks for the help!

[@grain8314]

@@crashdash5390 Thank you! So that the reed switch does not burn, you need to use a high-resistance coil with a large number of turns so that the current is minimal. The second option is to use a transistor, see here - kzbin.info/www/bejne/eHjEXmx8pch1bdE

[@davidwoodvine3491]

Great idea , would it work with a copper base ? Thinking spinning magnets under a small copper hot water tank ?

[@Creative.everyday]

WOW amazing

[@gareng5599]

amazing and fantastic.....

[@TOMCAT99]

You're damn underrated

[@angelusmendez5084]

Let me see if I caught it, the rotation of the magnets heats up the aluminum base which makes water boil by temperature increase, right? It's basically mechanical induction heating with permanent magnets, right?

[@grain8314]

That's right, mechanical induction heating. 👍

[@grain8314]

By the way, I forgot: magnets stay cold.

[@xxxxxx89xxxx30]

Gotta ask... instead of using a motor to spin the magnets, is it possible to make some kind of a magnet contraption that starts spinning by applying phisical force that then continues spinning, and then in turn spins the magnets on the top that boil the water? water boiling then creates preasure that spins a small turbine that creates electricity?

[@grain8314]

1. You can physically rotate manually, the water will also boil, but you need to rotate constantly. 2. No. Learn the law of conservation of energy.

[@toniobailandoconlavaramagi379]

Good video 👌 !! In case you want to try it, to heat the water faster you can use a package of aluminum sheets insulated from each other with insulating material that withstands the heat generated by induction. In other words, it replaces the solid aluminum base of the glass with a piece made of thin multilayer aluminum. (Try sandwich foil insulated with transformer insulation foil.) Buen vídeo 👌!! Por si quieres probarlo, para calentar más rápido el agua puedes utilizar un paquete de láminas de aluminio aisladas unas de otras con material aislante que aguante el calor generado por la inducción. O sea, sustituye la base maciza de aluminio del vaso, por una pieza fabricada por multicapa fina de aluminio. (Prueba con papel de aluminio de bocadillos aislado con papel de aislamiento de transformafores).

[@grain8314]

Quite the opposite! This is exactly what they do in iron transformers to reduce their heating. :)

[@Onlinemegastar]

use thermodynamics to boil the water by putting it into a closed loop system, and removing the atmosphere from the loop.

[@snaplash]

Works with aluminum? So why do induction cooktops require ferrous metal pans?

[@prashantpisal2672]

Thanks sir 🙏 This is mechanically magnetic field change. Please give idea about electronic magnetic field changing circuit

[@grain8314]

This is not my topic. But you can buy an induction heater - aliexpress.com/wholesale?catId=&SearchText=induction%20heater

[@vozdominicana]

good

[@yassarbreji1385]

Were did you get the magnets? And wont the high temperature damage the magnets?

[@grain8314]

I bought magnets from Aliexpress. The magnets are absolutely cold because eddy currents occur in aluminum, but not magnets.

[@jackbroadley607]

Do you know what the maximum temperature of the water is by doing this?

[@p0tr3bit3l]

If the aluminium plate have the size of plywood platform?

[@spakten1]

Je regarde les commentaires, et je pense que les gens n'ont pas compris, je crois que l'eau ne chauffe pas ou très peu, c'est juste une séparation de l'oxygène et hydrogène qui se produit, j'ai réalisé ceci auparavant. Bravo très belle démonstration.

[@grain8314]

No, read the description of the video.

[@highlander2330]

Why did you remove the bottom of the glas, does it also work when you just put the metal plate in the glas?

[@grain8314]

Glass is not a very good heat conductor.

[@kozsc1]

@@grain8314 Можно было подобрать металлическую пластину по размеру стакана и положить на дно стакана

[@gabsave]

Does the magnets lose their magnetivity after some time?

[@Can80]

whats the cheapest way to make one of this, can i use a dc motor?

[@grain8314]

Sure, but you need good power.

[@philgibe]

Not sure about the magnet polarity. On one side polarities are alternated, but on the other side all magnets look the same ?

[@grain8314]

Yes, magnets alternate poles.

[@kahe7436]

👍

[@storojzzz8442]

Маленькая кипящая стопочка с потенциально большими возможностями!!! Лайк!

[@grain8314]

Это большая поллитра для человечества! :)

[@storojzzz8442]

@@grain8314 👍Вот - вот!!!😆 😅 😂 Да ещё какая!!!

[@juliancourtland-smith8917]

Nice, but it won't replace my kettle! 😃

[@Saizzzo]

did the musagnets also get too hot?

[@ilkayzeybekler8840]

İyi günler hocam mıknatıslari daha sık yapsak aynı işi yaparmı yoksa mesafe olacakmı

[@coskuarsiray]

what if we put a ring shaped glass, full of water?

[@coskuarsiray]

i wonder what the variable is to make water boil. flux of magnets?

[@mohammadsuleiman5232]

What's the temperature of liquid after boiling used this magnet ?

[@grain8314]

Water boils at 100 degrees Celsius.

[@jbarr3551]

@@grain8314 Your other video it s says the water stayed cold? Also you can boil water in a vacuum and it won't heat up.

[@HiltonBenchley]

@@jbarr3551 The other video says the magnet stayed cold.

[@miguelpolillarny7258]

Hola interesante,pero no me queda claro en cuanto tiempo se logro hervir el agua...cuantos minutos o acaso fueron 3 horas !!

[@knageswarrao6715]

Your 4 years back is good for same time low RPM low watt motor result same. After water boil temperature Explain please

[@kellycarver2500]

How do you have a FREQUENCY on the electric going to that motor? Is it the frequency that boils the water and not the magnets? I know there is a frequency that will boil water..

[@sspence65]

The resonent frequency of water is over 22 GHZ. Good luck.

[@jackname49]

Hi Sir, if I increase the diameter and thickness of the discs, does the yield also increase?

[@grain8314]

I tried, but I did not achieve an improvement in the effect. We need stronger magnets, more engine power.

[@jackname49]

@@grain8314 thanks 👍🏻

[@kozsc1]

Вот какая мысль. Если убрать металлическое основание, в котором возникают токи Фуко, а взять солёную воду? Ясно, что проводимость среды уменьшится, но может получится и таким образом вскипятить воду?

[@grain8314]

Вихревые токи возникают в металлах.

[@kozsc1]

@@grain8314 Мне представляется, что вихревые токи возникают в любой проводящей среде. Проблема в значительно большем удельном сопротивлении электролитов по сравнению с металлами. Там несколько порядков. Интуитивно кажется, что ничего не получится. Но если Ваша установка жива, интересно было бы посмотреть, что выйдет .

[@harrymanchester5369]

Со стальной пластиной будет работать лучше.

[@grain8314]

Не пробовал.

[@danielroperartist]

in the previous video you showed temperature at beginning and not the end - you did the same again! great demonstration though otherwise 🙂

[@k.s.s.n1777]

👌👏💐 அருமையான முயற்சி...

[@dilldext]

there are how many ways to boil water this is lest one

[@steveaspen6773]

Just curious...how many ways without fire/ flame?

[@user-sx6qx6uu2d]

Я хочу поинтересоваться куда ты делся? Почему нет свежих роликов?

[@grain8314]

Как нет? Последнее видео 27 декабря, неделю назад - kzbin.info/www/bejne/aH23qYidfLl0mNE

[@carlosj.castillo254]

for heats my coffee ;D

[@jirikohoutek4051]

Human Is out Of thé water affecting the brain magnets or frequency.

[@alteans]

Magnetic induction.. why not melt metal while you are at it... or better yet, levitate the glass.. you can do all kind of things with rotating magnetic induction, but hey👍

[@ratuadilFF]

Kalo listriknya dari solar power plant yg dibutuhkan hanya biaya perawatan.

[@TecraFury]

Sir, I really need to talk to you...do you have email where I can contact you?

[@michelangelopainters5519]

Interesting, but 3 minutes of power to boil a handful of water.

[@alfredharrison597]

Its a concept. I dont see you doing better.

[@alexayounginsong2641]

efficiency compared to the current boiler? cost efficiency!

[@lightbulbgonewild3205]

I'm your 80th like

[@Onlinemegastar]

AND THEEEEEENNNN?????

[@tomkerr552]

FREE ENERGY

[@ideasofcharan1383]

Forgotten conservation of energy?

[@sopiyan7958]

1. ☝️🙏👍❤️

[@vitkomusic6624]

Not very efficient huh 😁 tats why we excite waters molecules by resistance in metal with electricity in steel of. Manually exciting particles like. That 😁

[@timotiuspujisimbolon6990]

not recommended...ideas..

[@lettybastien4624]

Move the camera already. How about a top view.

[@kirkc9643]

Misleading title. You are not boiling water with magnets, you are heating an aluminium plate

[@grain8314]

By analogy: an electric kettle is a wrong name, because electricity does not heat water, electricity heats nichrome, then nichrome heats an aluminum tube, then the tube heats water. :)

[@Indra.artist]

+SO BOIL AN EGG THEN COOK A CHICKEN THIS WAY WOULD THYE CHYICKENS BODY HEAT SAME WAY//// lets talk

[@Indra.artist]

if your not interested I will proceed on my own

[@mahdiazad4723]

Fek

[@piko5410]

👍