Invisible light waves allow sensors to measure heat from a football field away
Modern thermal sensors can detect invisible infrared radiation from over one hundred meters away, allowing industrial operators to measure temperature fluctuations with pinpoint accuracy without ever touching the equipment.
Thermal imaging technology utilizes microbolometers to capture infrared light waves that are completely invisible to the human eye. These sensors detect blackbody radiation emitted by any object above absolute zero, converting heat into electrical signals with an accuracy of 0.1 degrees Celsius.
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