Unlike standard RGB images with their three channels, these files store information across numerous channels, each ...

Fluorescence microscopy has undergone a renaissance ... owing to its scattering properties in visible wavelengths and the light-protective mechanisms that exist in most species to prevent ...

The fluorescence properties of the quantum ... At a minimum, a hand-held blue or ultraviolet light source and a high-quality color digital camera can be used to illuminate the blot and capture ...

Deep below the Earth’s surface, rock and mineral formations lay hidden with a secret brilliance. Under a black light, the chemicals fossilized within shine in brilliant hues of pink, blue and green.

An invisible band of radiation with wavelengths from 400 to 10 nm, ultraviolet (UV) light starts at the end of visible light and ends at the beginning of X-rays. The primary source of ultraviolet ...

Deep ultraviolet (DUV) lasers ... solid-state laser system capable of generating 193-nm coherent light. This wavelength is crucial for photolithography, a process used to etch intricate patterns ...

Inside Wind Cave the scientists found that chemicals fossilised within the rocks shine in brilliant hues of pink, blue, and ...

A study led by scientists from the American Museum of Natural History and the University of Nebraska-Lincoln has revealed ...

We cannot see ultraviolet (UV) light but it can have hazardous effects on the human body. Ultraviolet light in sunlight can cause the skin to tan or burn. Fluorescent substances are used in energy ...

In some people that are photosensitive, UV light from sunlight and indoor light sources can trigger a lupus flare. In addition to sunlight, ultraviolet rays are also given off by several different ...