Playing around with the harmonics of standing waves #QuarantineCodingpic.twitter.com/KE4XSmOiOx
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Standing waves are nothing more than a consequence of superposition •When the sine wave sent in from the left gets reflected off the pole on the right, the reflected wave is π out of phase with the incoming wave
Adding these two signals together results in a standing wavepic.twitter.com/yMGdhLXrPMShow this threadThanks. Twitter will use this to make your timeline better. UndoUndo
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If you force it (under the same boundary conditions) to oscillate at a frequency that is not one of the resonant frequencies, you also get standing waves, but you need an infinite number of modes to describe the oscillations.
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Is this in any way connected with the “chime” effect you can get when lightly holding your finger on a guitar string at certain intervals and plucking it? It only works in a few places on the fret board.
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Yes, those places are at half way, a third, quarter, etc. Some ring much more loudly than others (don’t know why)
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If SpaceTime flows & Gravity weaves, can gravity be manipulated in the same way “standing waves” work? If so, would this be able to explain how a “magic carpet” functions?
#WillSmith@disneyaladdin@MIT@NASAJPL@JHUAPL@jhbspacexThanks. Twitter will use this to make your timeline better. UndoUndo
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Is this the same thing that enables harmonics in guitar playing?
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