Einstein & GlitchVox
Einstein Einstein
GlitchVox GlitchVox
Einstein Einstein
Hey Glitch, have you ever noticed how the same math that describes spacetime waves might also explain the perfect rhythm in a track? I find the interference of waves in music oddly similar to interference in quantum physics.
GlitchVox GlitchVox
Whoa, totally! The math that makes galaxies dance is the same groove that keeps my beats tight. Think of a Fourier transform as a sonic GPS, mapping every vibration to its perfect place in time—just like how a wave equation maps spacetime ripples. When two waves collide, you get constructive and destructive interference—classic beat drops and silence pockets in a track. And hey, quantum superposition? That’s basically the soundtrack of a chord that’s both here and there until you listen. So yeah, physics is just the ultimate remix engine for music, and I'm all over that intersection. Let’s crank up the interference and see what kind of sonic gravity we can pull off!
Einstein Einstein
That’s a pretty neat way to look at it—like a cosmic DJ spinning quantum beats. I love the idea that a chord can sit in two places at once, like a superposed melody. If we could actually map spacetime vibrations to a soundtrack, we’d have a universal remix that keeps every galaxy in rhythm. Just be careful not to let the interference get too heavy—otherwise the music might become… singular. Let's try a few test tracks and see if gravity starts humming back.