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Levitation- Standing Waves
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<blockquote data-quote="Buck" data-source="post: 8870067" data-attributes="member: 591582"><p>Yeah. I think it's all one and the same. I'm just giving examples, but you can extrapolate it out, like, sound IS size, it is geometric shape, or say frequencies of waves are that. Waves seem to define the existence of everything, so there has to be relevant wavelengths and power levels to everything that exists. What is holding the galaxy together from flinging itself apart but keeping it also from folding into itself? Seems like waves are involved. Those would be really large waves, I would think. Epically large.</p><p></p><p>I think on the resonance front, you have molecular and atomic resonances, especially molecular resonances in lattice crystals due to the repeating structures. I argue that everything has resonance, because resonance is based on size and density, wave speeds, whatever object the wave tries to travel through. Atoms are or can be defined by certain spectrums of light they emit naturally, which would seem to indicate a somewhat permanent state of resonance patterns at those light frequencies.</p><p></p><p>That bridge- resonance stores energy inside of whatever is resonating, that's why it collapsed is the bridge didn't have support where the wave structures were peaking, you can see it in the vid, so the wave amplitude was so high it broke the bridge. It changed bridge design somewhat, from what I understand, but I'm def not expert. Lol, it's the same reason you have to brace and deaden your doors and panels and what not so you don't resonate them off the side of you car. Aircraft have similar wind resonance issues, as well. Many things do. There's some good sound lessons in bridges and aircraft, when it comes to air and waves.</p><p></p><p>Quick edit <img class="smilie smilie--emoji" loading="lazy" alt="👀" title="👀" src="https://cdn.jsdelivr.net/joypixels/assets/8.0/png/unicode/64/1f440.png" />:</p><p></p><p>"You’ve probably heard of resonance. This is the phenomenon where a periodic force syncs up with the natural frequency of a system. The classic example is a swing. With resonance, small periodic driving forces, like pushing someone in a swing, can add up to large oscillations over time because the energy is stored."</p><p></p><p>[URL unfurl="true"]https://practical.engineering/blog/2019/3/9/why-the-tacoma-narrows-bridge-collapsed[/URL]</p><p></p><p>I'm not an expert, but that's one of the bridges. It still seems like resonance was involved, given the nature of it all.</p></blockquote><p></p>
[QUOTE="Buck, post: 8870067, member: 591582"] Yeah. I think it's all one and the same. I'm just giving examples, but you can extrapolate it out, like, sound IS size, it is geometric shape, or say frequencies of waves are that. Waves seem to define the existence of everything, so there has to be relevant wavelengths and power levels to everything that exists. What is holding the galaxy together from flinging itself apart but keeping it also from folding into itself? Seems like waves are involved. Those would be really large waves, I would think. Epically large. I think on the resonance front, you have molecular and atomic resonances, especially molecular resonances in lattice crystals due to the repeating structures. I argue that everything has resonance, because resonance is based on size and density, wave speeds, whatever object the wave tries to travel through. Atoms are or can be defined by certain spectrums of light they emit naturally, which would seem to indicate a somewhat permanent state of resonance patterns at those light frequencies. That bridge- resonance stores energy inside of whatever is resonating, that's why it collapsed is the bridge didn't have support where the wave structures were peaking, you can see it in the vid, so the wave amplitude was so high it broke the bridge. It changed bridge design somewhat, from what I understand, but I'm def not expert. Lol, it's the same reason you have to brace and deaden your doors and panels and what not so you don't resonate them off the side of you car. Aircraft have similar wind resonance issues, as well. Many things do. There's some good sound lessons in bridges and aircraft, when it comes to air and waves. Quick edit 👀: "You’ve probably heard of resonance. This is the phenomenon where a periodic force syncs up with the natural frequency of a system. The classic example is a swing. With resonance, small periodic driving forces, like pushing someone in a swing, can add up to large oscillations over time because the energy is stored." [URL unfurl="true"]https://practical.engineering/blog/2019/3/9/why-the-tacoma-narrows-bridge-collapsed[/URL] I'm not an expert, but that's one of the bridges. It still seems like resonance was involved, given the nature of it all. [/QUOTE]
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