What is multispectral imaging and how is the technology changing the face of archaeology, art history and digital humanities today? The non-invasive digital technique is making the past visible in ...

The relative distributions of MP and retinal haemoglobins in the subjects were successfully derived from multispectral images acquired at wavelengths 507, 525, 552, 585, 596, ...

Multispectral imaging (previously at Boing Boing) exposes paintings and other artifacts to specific wavelengths of radiation in hopes of revealing secrets-hidden paintings under finished works ...

Izzy Moyer, a third-year museum studies student, earned an internship working with other RIT students on MISHA, the Multispectral Imaging System for Historical Artifacts. The system includes 16 LEDs ...

Multispectral imaging has long been used for space-based analysis of environmental conditions, crop management, and urban growth. Can this same advanced technology improve the ability to detect oral ...

Viewing such high-resolution, fused multispectral color imagery is something troops cannot do now, he explains. Mixing and overlaying images in different wavelengths offers a number of advantages over ...

By examining squid skin cells three-dimensionally, a University of California, Irvine–led team has unveiled the structures ...

Multispectral imaging, or photography using wavelengths other than those in ordinary visible light, has various applications ranging from earth observation to forgery detection in art. For example,… ...

"Since refractive index changes lead to reflections, we can, at least in principle, print Lippmann-style multispectral images at will." A showcase of Lippmann plates, the first real-color photography.

One of the newly adopted tools for remotely assessing the health of plants is multispectral imaging, which measures the light reflected by fields and orchards over different wavelength ranges. Changes ...