Thank you for a very interesting experiment. It gives me ideas for a motor design I will work on.

Awesome video!!

I think you should fix the electrodes at a suitable distance to obtain stable arc then bring the magnet towards the arc holding it with a wooden stick. Hope that will help giving a more clear picture of the effect of magnetic field .

Great as always, we are learning!

Very satisfying video...

0:59 I think you didn't get DC out of the flyback transformer. You got >10MHz saw tooth wave AC. The arc looks pretty much like ac arc. DC arcs produce crackling noise like stun guns. If you want DC out of the flyback then use high voltage rectifier with capacitors or voltage multiplier.

Very nice .. thanks

Really cool video

Yes, great video. If you could, could you tell us which pole was showing in your video?

Wow! That's cool and just the sort of thing I'm looking into. Thank you xx

this is wicked cool

Cool experiment! I love it ! What happens if you use a “sphere “ shaped magnet ?

hello, may I ask how you made a flyback transformer to generate a high voltage dc? Can you provide a schematic or a video?

VERY NICE ......!!!!

Thank you

cool video. what is the glass tube called?

thanks man

I love this stuff one time I use a dc hv source and I hooked one side up to the magnet (I forgot if it was positive or negative)and I held the other wire directly center above a pole and as the current arced it would spin around the magnet like a motor but if you do it for too long it will heat up your magnet and it will no longer be magnetic I think you should check it out

Do another video of it. The top view of it was cool, but it would have been good if you showed a front view as well. Also what use does this have?

Awesome!

The field-covering spark-wave is cool too.

very cool

what happens if you put the magnet on it's side,or rotate the magnet under the glass on a one of your low drag turntables/disc drive units in the same plane you show here ?Always thought provoking and thanks for always sharing your work.

Nice video. I have a question. Do all flyback transformers produce dc?

nice!

Dis it the same on a north monopole magnet and a south monopole magnet?

Very good ludic. Thankyou for you education. I do wonder why it has quiet purple ark and why my dc taser module has loud white sparks?

Where can i get that transparent tube?

Quite interesting. Here's an idea for another experiment: what effect would a rotating magnetic field have on those high voltage arcs?

could you please leave links on how to build both types of HVs? thanks or if anyone watching this video has an idea on how to

Interesting how you can see actual waves, up and downs, instead of direct and straight line, which presumably would use less energy as the distance of a straight line is shorter.

Saudações Ludic Science. Saudações a todos. É possível modular este arco de alta tensão?

What effect would a magnet have on the sound from a modulated plasma arc?

So who is win in this comparisson ac or dc current? Who is win and who is better ?

Does this effect increase resistance?

it is useful for plasmatic lighters... bended plazma arc do a more comfortable light

Why you didn't turn off the lights? The corona arc can be perceived several times better when in the dark.

COOL :)

DC can shape or direct the plasma. Have you tried higher voltage where you may direct plasma like a transistor: as a on -off switch ? High voltage switching in a cool environment can be used in communications. The plasma trough that U shape tube is what I'm talking about. You should safeguard your ideas, and hope you can safeguard this one. Best wishes.

I'd bet that if one were to make a single piece molded lightweight magnetic metal skin for an aircraft and electrified it with high enough voltage, the magnetic field and existing resistance to the atmospheric currents would produce the effect of weightlessness. (Antigravity) who knows... that be one big man made thin walled magnet

Very good demonstration of the Lorentz force using an unconventional current. It's more interesting than just seeing wires deflecting left or right. Nice presentation, but a reference to the qv x B equation would be useful.

Would've been awesome to see the DC arc from the perspective of level with the table... 🤔

Did the magent repel ac and dc over it and round it

I like it.. you should of moved the flash tube up away.. also when u create a field with copper wiring and and put in between a interrupter you can can see and understand the magnetic force influencing the electron beam or current.. electric and magnets are brothers. Sorry what I mean is.. instead of a magnet use a coil to make a magnetic field and oscillate it faster than the 60hz receiving arc but keeping the receiving arc at 50/60hz and you can do funny things.

Notice how the ac arcs are slightly less Noisy than the dc

Cool

Interesting

Nice plasma at AC

The electrons gets deviated due to the influence of magnetic field & that's how the CRT tv works.

What is the difference between D.C. magnetic flux and A.C. magnetic flux.

Wäre super gewesen wen der Magnet auf der Seite gelegen hätte

I can feel the power of the electricity. .

why plasma turn red in ac?

this is the principle of ctr monitors

Maybe this is how you'd make a shield around a spaceship.

Now add a pressure chamber and vacuum chamber.

If u pass this high voltage through a metal would it be magnetised

HIGH VOLTASHHHH

Those sparks scared of magneto...(magnets)

Ты придумал щит защитный

I’m wondering what the AC would look like in a high speed camera:/

could you use the magnetic field to control the electric arc and therefore create a lightsaber with it?

the output of the flyback is AC not DC

where is fany and what happen to your channel digame chingao

Ive almost blinded myself doing the same thing with a plasma ball wire. (Because im ignorant) lol

First !

51st viewer....