| Everyone knows that one cannot see anything in | | | | person standing over 200 feet away in complete |
| darkness. But imagine you are in a place that is | | | | darkness. Night vision equipment can work in two very |
| cloaked in darkness and you are the only one who | | | | different ways, depending on the technology that is |
| can see everything, even in the pitch dark. | | | | implemented. One is image enhancement, and the |
| Technological advancements of the 21st century have | | | | other is thermal imaging. |
| made this possible, through the invention of certain | | | | In image enhancement, light particles, called photons, |
| night vision equipment that has done away with the | | | | are collected in small amounts. This amount of light |
| obstacles of human beings in places where there is no | | | | includes the lower portion of the infrared light spectrum. |
| light. | | | | The night vision equipment catches this light and then |
| However, there are different types of night vision | | | | amplifies it to the point that we can easily observe the |
| equipment - night vision goggles, ITT night vision, | | | | image. |
| thermal night vision, night vision binoculars and | | | | With thermal imaging technology, the night vision |
| monoculars, and night vision digital cameras (both still | | | | equipment operates by capturing the upper portion of |
| and video). The first thing that might strike one's mind is | | | | the infrared light spectrum. This light is emitted in the |
| that night vision equipment might be a spy thing in an | | | | form of heat energy by the objects, in place of light |
| action film. | | | | reflection. |
| With suitable night vision equipment, one can see a | | | | |