Multispectral Images Instant

Historians use multispectral cameras to examine ancient manuscripts and paintings. Because different inks and pigments react differently to infrared or ultraviolet light, MSI can reveal "palimpsests" (erased text) or hidden sketches underneath a finished oil painting without touching the artifact.

Multispectral imaging has fundamentally changed how we interact with the world. By expanding our vision beyond the rainbow, it allows us to diagnose the health of our planet, our crops, and our bodies with surgical precision. It is a powerful reminder that there is a vast amount of information hidden in plain sight, waiting for the right lens to reveal it. Multispectral Images

Capable of seeing through haze or identifying specific minerals. By expanding our vision beyond the rainbow, it

By stacking these bands together, scientists create a "spatial map" where every pixel contains a unique spectral signature, acting like a chemical fingerprint for the object being viewed. Real-World Applications By stacking these bands together, scientists create a

MSI is essential for tracking climate change. It allows researchers to map deforestation, monitor ocean health by detecting chlorophyll levels in plankton, and track the aftermath of oil spills or wildfires.