Question: Can Sound Waves Produce Light?

In summary: Eric Archer's device is not truly converting light into sound, but rather using light patterns to simulate sound. In summary, the conversation discusses the idea of using sound to generate light and whether there is a relationship between sound and light waves. It is concluded that there is no connection between the two and that devices can convert one type of energy into another. The example of Eric Archer's device is given, which uses light patterns to simulate sound rather than truly converting light into sound.
  • #1
kaffe
3
0
Hello.
So today I came up with an idea that since light if vibration as well as sound, could sound emit light? I know through sonoluminescence light is emitted from water using the three sides of space and vibration.

I just thought it might be cool to play a keyboard or something and have light be generated from the music.

I'm fairly new to physics to please excuse the possibility of how naive my question may seem..
 
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  • #2
Sound and light bear virtually no relationship to each other, but you could certainly map a light generating device to a keyboard to generate whatever light patterns or colors you want. I'm typing on a device capable of such a task right now!
 
  • #3
russ_watters said:
Sound and light bear virtually no relationship to each other, but you could certainly map a light generating device to a keyboard to generate whatever light patterns or colors you want. I'm typing on a device capable of such a task right now!

So sound waves and light waves are totally different? Then how do you explain the sounds from electromagnetism? The low hums that we don't hear. Eric Archer produced a converter that converted light to sound from various light sources: http://ericarcher.net/devices/lite2sound/
 
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  • #4
kaffe said:
So sound waves and light waves are totally different?
Yes. Virtually nothing in common with each other.
Then how do you explain the sounds from electromagnetism?
You mean like speakers? We have lots of devices that can convert one type of energy into a completely different one. Car engines convert chemical energy into heat energy and kinetic energy, for examples. Solar panels convert light energy into electrical energy. And speakers convert electrical energy into sound energy.
The low hums that we don't hear. Eric Archer produced a converter that converted light to sound from various light sources: http://ericarcher.net/devices/lite2sound/
That's just a poorly developed optical microphone:
http://en.wikipedia.org/wiki/Laser_microphone

Unlike the laser microphone which measures actual vibration to detect sound with light, that device apparently just takes light patterns and converts them to sound without a real basis for making the transformation. What is being picked-up is not real sounds.
 
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  • #5
kaffe said:
So sound waves and light waves are totally different? Then how do you explain the sounds from electromagnetism? The low hums that we don't hear. Eric Archer produced a converter that converted light to sound from various light sources: http://ericarcher.net/devices/lite2sound/

The "hum" from transformers and other electrical equipment is from the conductors vibrating due to forces acting on them by induced magnetic fields cause by alternating currents, it has nothing to do with light.
 
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1. How does music create vibrations that can turn into light?

Music is composed of sound waves, which are created by the vibration of objects like instruments or vocal cords. These sound waves travel through the air and are picked up by our ears. When these sound waves reach a certain frequency, they can cause objects to vibrate. This vibration can then be converted into light using specialized equipment.

2. What is the scientific explanation behind music vibrations turning into light?

The scientific explanation for music vibrations turning into light is based on the phenomenon of sonoluminescence. Sonoluminescence is the emission of light from a liquid when it is excited by sound waves. When music vibrations are applied to a liquid, it creates tiny bubbles that collapse and emit light. This process is known as acoustic cavitation.

3. Can any type of music create light vibrations?

Yes, any type of music can create light vibrations as long as it has a certain frequency and intensity. The key factor is the frequency of the sound waves, which must be high enough to create acoustic cavitation. However, different types of music may produce different patterns or intensities of light.

4. What are the practical applications of music vibrations turning into light?

The practical applications of music vibrations turning into light are still being explored and developed. Some potential uses include medical imaging and treatment, as well as creating visual effects for live performances or art installations. It could also potentially be used in data transmission and encryption.

5. Are there any potential risks or negative effects of using music vibrations to create light?

At this time, there are no known risks or negative effects of using music vibrations to create light. However, more research is needed to fully understand the process and its potential effects. It is important to use caution and proper safety measures when experimenting with this technology.

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