Exploring the Invisible Spectra: What Can We See?

In summary: However, this is an indirect form of 'seeing' and requires an operator to be in the vicinity of the target.
  • #1
Someone502
40
0
Is it possible to see the radio spectra, X-ray, or microwave etc like birds can see the UV spectra? If so what might/does it look like?
Thanks
 
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  • #2
i vote no.
 
  • #3
Our eyes are insensitive to light at those frequencies. I don't think you can visualize a 'new' color. How would you explain to a blind person what the color red looks like?
 
  • #4
Some patients have had surgery to replace the lens of their eye with an artificial lens and later reported seeing "new colors" that they could never see before. Investigation of the phenomenon revealed that these patients were seeing a little ways into the ultraviolet part of the spectrum. We had a discussion about it quite some time ago here at the forums, I will try to find it.
 
  • #5
It would be biologially impossible to "see" radio or microwaves - their wavelengths are too long to be absorbed directly by cells.
 
  • #6
im not saying it has to be biological
 
  • #7
Someone502 said:
im not saying it has to be biological

Then what do you mean by "see"? If you mean seeing using our eyes, then that's extremely limiting. We have evolved in such a way that our eyes are only sensitive to a very limited range of EM radiation which we call the visible spectrum. We do not need to use our eyes in detecting other forms of EM radiation beyond the visible range.

The fact that we can't "see" these other spectra with our eyes somehow makes your question rather moot, doesn't it?

Zz.
 
  • #8
ok let me put it this way. could there be a machine that could observe some of the other spectra? like infared with radio waves or something?
 
  • #9
Have you ever seen an infra red camera or night glasses used for 'seeing' at night? Most ccd chips (in digital imaging devices) can detect some infra red. In total darkness, they will easily 'see' infra red. Point your TV remote at a video camera and press record whilst you press a button - you will 'see' and record, infra red!

Specialist devices can be used (eg by the military) to see clearly at night by viewing Infra red, ie heat. However, to see the image, this has to be converted to visible light, otherwise, we wouldn't be able to see it.
 
  • #10
And radio waves can be used to 'see' in the form of Radar.
 

Related to Exploring the Invisible Spectra: What Can We See?

1. What is the invisible spectrum?

The invisible spectrum is a range of electromagnetic radiation that is not visible to the human eye. It includes wavelengths such as ultraviolet, infrared, and radio waves.

2. How do we explore the invisible spectrum?

We can explore the invisible spectrum using specialized equipment such as spectrometers, which can detect and measure different wavelengths of electromagnetic radiation. We can also use imaging techniques, such as infrared or ultraviolet photography, to capture images of the invisible spectrum.

3. What can we learn from exploring the invisible spectrum?

Exploring the invisible spectrum allows us to study and understand a wide range of natural phenomena, such as the chemical composition of objects, the temperature of stars and planets, and the movement of particles in the atmosphere.

4. How does the invisible spectrum impact our daily lives?

The invisible spectrum plays a crucial role in our daily lives. Radio waves, for example, are used for communication and navigation, while infrared radiation is used in thermal imaging and remote controls. Ultraviolet radiation is essential for the production of vitamin D in our bodies, but overexposure can also cause harm.

5. What are some potential future applications of studying the invisible spectrum?

Studying the invisible spectrum continues to open up new possibilities for technology and scientific research. For example, scientists are exploring the use of terahertz radiation in medical imaging, and the development of nanotechnology is heavily reliant on studying and manipulating invisible wavelengths.

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