MuayThaiKid wrote:
I wasn't doubting the science, what I meant is, our current understanding of things is and never will be 100% correct.
I know at minimum though, If this experiment were carried out with monks, in a way the diagrams show, the object would move/react. whether or not it would hurl itself needs to be tested. I realize sound dissipates, But we are talking hypothetically about having like 600-800 monks perfectly chanting a certain frequency, and beating drums to another frequency, to match the bowl and the stone. also to take into consideration, the use of an open cliff area. Such an area would echo and naturally amplify all that sound. not saying you could hurl boulders, but im saying I would like to see what happens as opposed to guessing what happens with math.
I'm a visual learner, so 99% of the time, I'm never satisfied unless I can see it.
There is not enough energy in 1000 sets of vocal chords chanting as loud as a human voice can can to levitate a brick. Singing in harmony does not increase the total amount of energy in the sound. What singing in harmony can do is cause a body to resonate releasing what potential energy the resonated body has. That is how bridges (like the Tacoma Narrows Bridge) can be shaken apart. The energy released was potential energy gain by a slight lift produced by the wind blowing across its narrow roadway. In short it was the Bernouli effect that lifted the bridge slightly the bridge drop and it swung then it was picked up a bit by another gust and so on. Yes, an airfoil can "levitate". That is how airplanes fly. The Tacoma Narrows Bridge roadway was lifted by a few feet at most. Even if it were not anchored it could not have flown away.
Incidentally if was the volume of air moving across the deck that was sufficient to give it a little life,
Now the monks singing in tune do not generate that kind of air volume and it is not directed sufficiently to lift anything but a very light airfoil. It isn't harmony that does it. It is volume (amount) of air moved over the airfoil.
ruveyn