Thermal Night Vision: Physics Explained

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Thermal night vision operates primarily through two techniques: image intensification, which amplifies existing low light, and thermal imaging, which detects infrared radiation to create a visible image. Users often start their research on platforms like Wikipedia but find the information lacking in detail. Engaging in forums can provide deeper insights and facilitate discussions about specific aspects of thermal vision technology. Sharing links to prior research can enhance the conversation and help others understand the user's knowledge level. Overall, understanding the physics behind thermal night vision involves exploring both techniques and their applications.
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I am interested to know how does thermal night vision works. Can anyone explain that to me, I would be thankful. I want to see the physics perspective on this.
 
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Lugonja said:
I am interested to know how does thermal night vision works. Can anyone explain that to me, I would be thankful. I want to see the physics perspective on this.

There are two kinds.

1: Image intensifiers simply amplify the low light levels that already exist.

2: Thermal imaging makes the IR spectrum visible.
 
Lugonja said:
I am interested to know how does thermal night vision works. Can anyone explain that to me, I would be thankful. I want to see the physics perspective on this.
https://en.wikipedia.org/wiki/Night_vision_device
 
First of all, when I research something I go to wikipedia first and read. If there I can't find what I'm interested in, then i go to forums. On wikipedia there is only a superficial article about thermal vision, nothing in detail.
 
Lugonja said:
First of all, when I research something I go to wikipedia first and read. If there I can't find what I'm interested in, then i go to forums. On wikipedia there is only a superficial article about thermal vision, nothing in detail.
Fair enough. That's why it's a good habit when starting a thread in a discussion forum to post links to what you have been reading so far. That helps others to see what efforts you have been putting in, and what level your reading has be at so far.

Can you post a few other links to what you have been reading? The Google search that I did turned up some pretty interesting links. And are you looking at one or the other of the two techniques mentioned so far, or are you focusing on both?
 
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Lugonja said:
First of all, when I research something I go to wikipedia first and read.
Only the wikipedia article, or also the references it is based on?

Lugonja said:
If there I can't find what I'm interested in, then i go to forums.
Then why don't you state what you can't find?
 
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I have found what I needed. Thank you anyway.
 
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