Ed Leedskalnin Magnetic current pt2

in this video i show the conventional style hook up for an electromagnet with just energizing the coil to magnetise the metal core material, then i show the way Ed Leedskalin says it should be done

i also show a way of getting the current back out by just tapping on the front of the motion holder with another bar. and the harder you tap the more voltage it produces.

basically you run the voltage through the coils and into the ubolt on both sides, so it actually turns the ubolt into a magnet, but it stays a magnet without any additional power


in my opinion,,,,and you know what they say about opinions "there like a&&holes everyone has them"


i think its being caught in between the two coils through eddy currents fighting against one another...for example what we really did was make a u magnet with a north side and a south side pointing in the same direction, so it stays a magnet cause the current are fighting to go back through the coils but don't have no additional current to get back so there caught..... if anyone has any other explanation i would love to here it.

Category:

Science & Technology

Tags:

• Ed
• Leedskalnin
• Magnetic
• Current
• bolt
• magnet
• coil
• coral
• castle

[TruthSeekinOne]

The voltage you are generating with the smacking is very similar to the principles of an alternator or DC generator. Hate to burst your bubble but it's nothing new.

[crob227]

@TruthSeekinOne no bubble bursted the isnt nothing check the rest of the series, unique stuff.

[jeannacav]

Hi crobb227,

I am thinking about how you can get a piece of magnetized iron to lose its magnetic properties by hitting it with a hammer. So, I am wondering if the smacking that gives you more (volts to the cap) will be removing the magnetism from the hoop faster?

Do you have any duration tests?

What a cool puzzle. Thanks for these videos.

jeanna

[crob227]

you should watch the video series, i have found a way to magnetize only parts of the u bolt and i havent seen that done before.

[kubikop]

Kewl, does the metal bar stick to other stuff straight after it is charged? does it act like a magnet?

Never heard of Ed before...

[crob227]

no i doesnt make the bar magnetic, just the ubolt

[splatuality]

Good luck in figuring it out with conventional science .. thought the Idea was to step outside the box ...LOL

[22Blitzkrieg22]

Try finding its resonant frequency and oscillating it at that frequency.

Tesla Coils

Tesla's Mechanical oscillator

[LivingInTheVortex]

The heaver the rock the easier it is to lift, I made rocks jump when I was a kid, I did not know better then to know it was impossible. ( it is not) I did it with sound, I have tried to do it again recently, I can not do it now, don't know why.

[jvn1111]

as the magnetic collape there is a current induce

[ConsumedByDrums]

what do you mean when you talk about the coils saying "one side is connected to the metal and the other is being charged"? cause when you say that its being charged there is nothing connected to it charging it then. so do you mean the other side is left open so it can be charged? like not connected to anything until connected to charge.

[Echobirdy]

Dude this is great!! Have you tried laying paper over the device and sprinkling metal shavings on it to measure the field? You could do it while charging perhaps and it would change? You can spray the paper with hairspray if you wanna keep the pattern for future viewing.... Old school trick but would LOVE to see what thagt would look like!!

[K0W0O0N0]

Cool stuff! Go on with it!

[g11690102]

i didn't know about hitting them harder. i'm still trying to understand the swinging rods. i know you seen the wave in the last few seconds.