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George Mason University develops fire extinguisher using low-frequency sound waves 😳

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241,757 görüntüleme • 1 yıl önce •via X (Twitter)

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Students at Govt Polytechnic Sundernagar created a sonic fire extinguisher using low-frequency sound to extinguish flames without water or chemicals. Such students should be given opportunities instead of those from Galgotia.
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Students at Govt Polytechnic Sundernagar created a sonic fire extinguisher using low-frequency sound to extinguish flames without water or chemicals. Such students should be given opportunities instead of those from Galgotia.

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🔥 Proud moment for India! Students of Government Polytechnic Sundernagar have built a Sonic Wave Fire Extinguisher that uses low-frequency sound to put out fires, no water, no chemicals. Smart, clean, and innovative. India’s future in science looks bright 🇮🇳🚀
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🔥 Proud moment for India! Students of Government Polytechnic Sundernagar have built a Sonic Wave Fire Extinguisher that uses low-frequency sound to put out fires, no water, no chemicals. Smart, clean, and innovative. India’s future in science looks bright 🇮🇳🚀

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Look how fire reacts to sound. Frequency.
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Frequency, soapy water, and light revealing how sound literally constructs resonance. Waves self-organize into geometric patterns, showing the hidden architecture of vibration made visible.
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Science 8 students are visualizing waves in Physics. Longitudinal sound waves from Mr. Mitchell’s trumpet are being transferred into a visual standing wave at the right resonant frequency. Physics is fun!! 😃🔥 #sridge #sridgeacademics #physicsfun

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the fire extinguisher in the back be there like 🫱(‿¤‿)🫲
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the fire extinguisher in the back be there like 🫱(‿¤‿)🫲

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That’s insane! 🤯 A student built an acoustic levitation divide with an Arduino board. He built it using an Arduino Nano, a motor driver, and 60 ultrasonic transducers that can levitate low-density objects in place indefinitely. The transducers send out 40 kHz waves that create standing waves. The interference pattern produces nulls that trap objects. High-pressure areas form below and above the object, locking it in the low-pressure area between them. The transducers produce two sound waves moving in opposing directions at the same frequency and amplitude. The effect is that the low-pressure areas don't appear to move, like whipping a rope from both ends and having the wave meet in the middle. Sound waves are oscillating at high and low pressures. By creating a sound wave that doesn't move forward (a standing wave), you create areas of constant pressure. 🔉 Objects get trapped in the null points between high-pressure zones. The craziest part is that this was made more than 7 years ago! DIY levitation 😮‍💨 Reddit link: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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That’s insane! 🤯 A student built an acoustic levitation divide with an Arduino board. He built it using an Arduino Nano, a motor driver, and 60 ultrasonic transducers that can levitate low-density objects in place indefinitely. The transducers send out 40 kHz waves that create standing waves. The interference pattern produces nulls that trap objects. High-pressure areas form below and above the object, locking it in the low-pressure area between them. The transducers produce two sound waves moving in opposing directions at the same frequency and amplitude. The effect is that the low-pressure areas don't appear to move, like whipping a rope from both ends and having the wave meet in the middle. Sound waves are oscillating at high and low pressures. By creating a sound wave that doesn't move forward (a standing wave), you create areas of constant pressure. 🔉 Objects get trapped in the null points between high-pressure zones. The craziest part is that this was made more than 7 years ago! DIY levitation 😮‍💨 Reddit link: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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