Which technology utilizes infrared radiation to improve visibility in low-light environments?

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The technology that utilizes infrared radiation to improve visibility in low-light environments is thermal cameras. Thermal cameras detect infrared radiation, which emits heat from objects, allowing them to create images based on temperature differences. This capability is particularly useful in dim or completely dark conditions, where visible light is scarce or absent.

While night vision goggles also enhance visibility in low-light conditions, they primarily amplify available visible light rather than relying directly on infrared radiation. Therefore, the distinguishing feature of thermal cameras is their ability to visualize heat emitted from objects, making them effective for surveillance, search and rescue operations, and other applications where visibility in the dark is essential.

In contrast, laser rangefinders and solar panels do not utilize infrared radiation for enhancing visibility in low-light settings. Laser rangefinders measure distance using laser light rather than improving visibility, while solar panels convert sunlight into electrical energy, functioning best under bright light conditions rather than low light.