Construct Lung-Powered Infrasound Didgeridoo Emitter

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In summary, the question is whether or not it is possible to create a lung-powered infrasound emitter using an elongated didgeridoo. There is a concern about how the user would know what they are playing, as well as the potential harm to the body from infrasound. However, it is suggested that an infrasound sensor could be used to test the emitter and the potential harm from infrasound may be exaggerated.
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Pythagorean
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would it be possible to construct a lung-powered infrasound emitter using an elongated didgeridoo?
 
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  • #2
Pythagorean said:
would it be possible to construct a lung-powered infrasound emitter using an elongated didgeridoo?

Love the question! But how would you know what you're playing? And doesn't infrasound harm the body in some way, or is that a myth?
 
  • #3
BillJx said:
Love the question! But how would you know what you're playing? And doesn't infrasound harm the body in some way, or is that a myth?

to test an infrasound sensor, I wouldn't need to hear the 'note'.

And I think that it does cause some problems at extreme amplitudes, but in general, those cases are exaggerated. Not sure on this, but that's my overall impression.
 

1. What is a lung-powered infrasound didgeridoo emitter?

A lung-powered infrasound didgeridoo emitter is a device that produces low frequency sound waves (below 20 Hz) using the traditional Australian instrument, the didgeridoo. It is operated by the player's breath and can produce sound frequencies that are not audible to the human ear but can be felt as vibrations.

2. How does the lung-powered infrasound didgeridoo emitter work?

The didgeridoo is a long, cylindrical instrument that is played by vibrating the lips while blowing through a small opening. This creates standing waves of sound inside the instrument. By controlling the speed and intensity of the player's breath, the emitter can produce infrasonic frequencies that can travel long distances and penetrate solid objects.

3. What are the potential applications of a lung-powered infrasound didgeridoo emitter?

The emitter can be used for a variety of applications such as communication in remote areas, non-lethal crowd control, and medical treatments. It can also be used for musical performances and sound therapy.

4. Are there any safety concerns when using a lung-powered infrasound didgeridoo emitter?

As with any device that produces sound, prolonged exposure to high levels of infrasound can cause discomfort and potential hearing damage. It is important to use the emitter responsibly and in accordance with safety guidelines.

5. Can anyone learn to play the lung-powered infrasound didgeridoo emitter?

Learning to play the didgeridoo takes practice and dedication, but with proper instruction and regular practice, anyone can learn to play the emitter. It is important to start slowly and gradually build up breath control and technique. With time and patience, anyone can become proficient in playing the lung-powered infrasound didgeridoo emitter.

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