Hyperspectral’s “fire eye golden eyes” ability is more than just helping to identify and repair cultural relics. Because it can show details that cannot be seen by the human eye, and distinguish between different components of the material, this technology has broad application value in the fields of national defense and military, precision agriculture, water environment monitoring, geological and mineral exploration. Based on the hyperspectral principle, researchers are currently developing a green laser pointer hyperspectral detection application system for smartphones.
In the future, mobile phones will have a hyperspectral detection function. Combined with cloud computing and big data, people will use mobile phones to quickly detect food safety problems anytime, anywhere. According to the Shanghai Institute of Technical Physics of the Chinese Academy of Sciences, the multi-channel scanning imaging radiometer and interferometric atmospheric vertical sounder developed by the institute run simultaneously on satellites, have also withstood the test, and are the first to achieve high-efficiency ground-to-ground in the world. Three-dimensional atmospheric sounding.
The interferometric atmospheric vertical sounder is the first infrared green laser pointer hyperspectral device operating on a geostationary satellite in the world. It provides new possibilities for human beings to study atmospheric convection in depth and predict severe weather more precisely. Surface-enhanced Raman spectroscopy enables the first quantitative analysis of cellular effects.