Dimensional Sounds
@dimensional.sounds • 7,668 subscribers
Videos
What if the future of music isn’t more software… but more creativity? 🤔 This incredible Marble Machine by Wintergatan creates music using thousands of steel marbles, gears, and moving parts—all without digital instruments or computer-generated sounds. It’s a reminder that music isn’t limited by technology. Sometimes the most extraordinary ideas come from thinking completely differently. Here’s my question: If you had unlimited time and resources, what instrument would you invent that doesn’t exist yet? 🎶👇 I’d love to read your ideas because I have a feeling there are some future inventors in this community. 🎥 Credit: @top.music.songs 🎼 Original creation: @wintergatan 🙌 Shared with inspiration from @dimensionalsoundsmt #M#MusicInnovationC#CreativeMindsF#FutureOfMusicE#EngineeringMeetsMusicMusicTok
Dimensional Sounds1,100,000 次观看 • 3 个月前
When Math Becomes Music. What if the formulas you learned in school weren’t just something to solve—but something you could actually hear? Every equation creates its own unique pattern. Change a single variable, and the sound, rhythm, and visual design change with it. It’s a powerful reminder that mathematics isn’t just about numbers—it’s the language behind music, light, physics, and the world around us. One of the best examples is Fourier analysis, the same mathematical principle used in music production, audio compression, medical imaging, and even wireless communication. The sounds we hear every day can be described through mathematics. If you could hear equations instead of just solving them, do you think more people would enjoy learning math? 🎥 Credit: @orionn.ai #Mathematics #SoundScience #STEM #MusicTheory #DimensionalSounds
Dimensional Sounds302,900 次观看 • 3 个月前
Have you ever seen a musical fire bender? 🔥🎶 Believe it or not, this isn’t CGI or special effects. This incredible device is called a Rubens Tube, invented by German physicist Heinrich Rubens in 1905 to make invisible sound waves visible. Here’s what’s happening: a tube is filled with flammable gas and lit on fire. When music or a tone is played into the tube, the sound creates areas of high and low air pressure. Those pressure changes control how much gas escapes through each hole, causing some flames to rise while others shrink. In other words… the fire is literally dancing to the sound. Even more fascinating, every frequency creates a different flame pattern because every sound has its own unique wavelength. And while two instruments can play the same note, their unique harmonics and overtones can change the way those patterns look. It makes you think… if you could “see” every song you listened to, would each one have its own fingerprint? 🤔 Which instrument do you think would create the most mesmerizing flame patterns: saxophone, violin, piano, trumpet, or electric guitar? Credit: @weexplainfacts #ScienceFacts #Physics #SoundWaves #STEM #DidYouKnow
Dimensional Sounds294,000 次观看 • 3 个月前
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