Added: 3 years ago
From: themanyone
Views: 28,252
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  • Okay, so I remember seeing this video a few years back, and just became super interested with frequency and resonance and tried really hard to find this video again.

    You mention a helmholtz resonator in your description; and you state that if you built speakers that maximized this phenomenon, you would be able to push things.

    I know it's a bit of a request, but could you elaborate more on how you think someone could go about doing this?

  • I'm not going to ask how you found this out

  • This is brilliant! I am going to use this method to pick up chicks.

  • @Tiwaking It works pretty good for that. :)

  • My gf jus woke up to a view of me leaning over the table humming "ooooh" at a piece of paper on my nightstand. And I didnt even get the paper to lift up. wtf..

  • @nickyallenmusic It takes skill to get it up.

  • @themanyone haha you said 'get it up' haha awesome. But got my girl on board wit this, n she actually helped me be able to lift it. I gave up, she tried it n lifted it, so I kept trying n finally got it. :)

  • American here. Ill be the first to levitate stones.

  • @hewojordan i was the first to levitate you mother when she got on top of me HA! im too funny

  • lol

  • Nice experiment!

  • What the heck was that?

    

  • im looking for a resonators and this is what i find. intersting! thanks for the video.

    i have to make a resonator for acoustics class. anyone can give me a hint on a cheap matirial to make it from?

  • @mcbublick At craft stores and chemical supply they sell various size flasks, glass vases with a straight neck. Those would be pre-made resonators. The frequency could be adjusted by cutting the neck to different lengths, or filling with water, etc.

  • @mcbublick Even cheaper, if you know the size you want, make with clay, plaster, or whatever is handy. You do not need to bake the clay, but at least let it dry for a couple days. Clay is cheaper than dirt if you know where to dig. :)

  • @themanyone thanks for the tip. i'll try the clay

    but,

    i cant make the paper levitate like you did!!?!

    i am wuuuing at my table for like 15 mins

  • Awesome fun! Totally cute and inspiring experiment!

  • scary....

  • omg that is amazing, thanks 4 sharing!

  • This is pretty interesting, if not incredible...

    I make speakers all the time, as you can see from my videos. I am going to look into Helmholtz and see exactly what this is... I am GOING TO try to make a "helmholtz speaker" if it is possible... I WILL do it!

  • Man Love for paper is a disgusting thing to come across

  • LMAO!!

  • OOOOooooo

  • Nice work !

  • LOL, I looked at the statistics and the only people commenting on the video are from Canada and Ireland! What does that say about the rest of the world? You guys are tied at 50/50. Who will win?

  • lol sounds like a vacuum :D

  • what else can u suck

  • buffon! :)

  • Win.

    XD

  • Cool.

    I got it, but i have to touch it a bit first.

  • wow it actually wroekd for a few seconds

  • this is what I was searching

    how to make any speekers work on your PC?

    and this thing came up i clicked on it and WTF!

    hahaha WTF omg :D

  • @BenOmarbaOmar I'll bet it would make a good speaker test. Probably blow a few out. Adding tags loud, speaker, and test, hehe.

  • HAHAHA! WooooooOOOO! :D Love it!

  • Weird it works, have to get really close at first to get a feel for it.

  • OMG what an asshole

  • I can't do this. I don't think I'm gay enough to know how to blow and suck at the same time.

  • @smiil3yh3art roflmao

  • Don't worry I'm sure you're gay enough. :-o

    This is such a cool video and that's all you can comment about it?

  • hahaha dude, it's obvious you live life too seriously. laugh a little. have some fun. shit. lol

  • lol ok then :P

  • Hovver!!! lol

  • It works. Tested it. Does not work over large distances unfortunately.

  • this is great!

  • Comment removed

  • HAHAHAHA...fuck you bitch!

  • haha you sound like a vacuum cleaner :P

  • `magic kiss! Zanthor would be proud.

  • You are great, this is the best video. Thanks, I would like to see more like this, I'm addicted.

  • A simple yet very cool demonstration of how the Great Pyramid of Giza and other super large ancient structures may have been constructed large, heavy stones levitated into position by Sympathetic Resonance Technology. Anyone interested in this research can Google, Tibetan Monks Stone Levitation or "Sympathetic Vibratory Physics for amazing facts about this ancient technology. Thanks for posting and sharing this video. Best ....

  • Ok try picking up anything over 5-10 pounds using this.........then I'll belive ancient people used this to pick up ten ton rocks. Until then.........

  • lol everyone knows the pyramids were built using quick drying cement and assembled on site in situ.

  • ... wouldn't they need to build something bigger than the pyramids to create that sound? explain how THAT device was built

  • read magnetic amplifiers by the U.S navy

    magnetism and frequency, the telluric grid and so.

  • so that bitch on the video can make pyramids using his lips?

  • his voice sounds just like my cheap vaccuum.

    is this how it pics up the dust?

  • dude!!!! how the heck do you do that??? thats like the most amazeing thing i have ever seen on youtube!!!!

  • I showed my little sister and her friend how I do this and they told me they saw a vortex come out of my mouth and go to the piece of paper. When it hit the paper, the paper began to vibrate and rotate counter-clockwise as it levitated to my mouth. I videotaped myself but could not see the vortex on the video, but they could.

  • u think they could get me some of that acid?

  • LOL!!

  • Just showed my 9 year old little brother and he said he saw was a "tornado" coming out of my mouth. These kids say that it would just appear over my mouth, but when I got it right, it would extend a few inches.

  • as good as senseless =)

  • thats bcus ure on crack aswell as ure sister and her friend

  • take this video down immediately , youve been warned

  • u retard ... read why he was doing that....

  • interesting, that sounds like the hu frequency i like to chant...do you know what frequency the sound is at? i have been playing around with 360 hz as that seems to increase the resonance

  • i wish my girl could do that on me

  • ok thanks,

    after some resarch, I perfecly agree with you that it works for light objects, and non symetrical sounds with a half wave length the size of the object. But it is not anti gravity neither bernouilli, it is Archimede force in a non homogeneuos atmosphere.

    I still don't understand tibetans monks' stone levitation

    ++

  • Oops I accidentally removed the question. I got this idea by looking at acoustic levitation devices and mimicking the sound they make. Yes, you can attract things from any angle but unlike acoustic levitation devices, the reflection off the table top is not really necessary, so it's a breakthrough, of sorts. Try it!

  • its only bernouily effect

  • That's what I thought, but try blowing on it without making the noise. Nothing happens.

  • Thats great! Have you tried recording the sound and put it in a loop through a PC and playing it back on top of the paper. So you'll have more control as far as amplitude and frequency. I might just have to try that - acoustic levitation!

  • They are not normal sound waves. They are like very rapid, tightly-packed smoke rings only instead of travelling outward they form at a distance and travel inward. A normal PC speaker can't produce that special kind of resonance, but I have made ones that can. The force can also be reversed to create thrust.

  • How big an object have you been able to levitate this way? I've managed to levitate a rolled up piece of toilet paper this way. I can also vibrate a plastic cup but can't get it to lift.

  • ur just sucking it

  • No, look at the vibration. If I was sucking it the paper would bend inward and stop moving. Do you want me to demonstrate?

  • What note?

  • The note doesn't matter much, although higher frequencies of the same amplitude carry more power. Standard wave mechanics here. What's more important is the shape of the wave. It has to have at least a 40% rise time and 60% relaxation. I looked at it under an oscilloscope. It's a sawtooth wave only reversed.

  • huh? u just go "wooooooo, woooooottttt"?

  • That's basically all there is to it.

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