Wood's Anomaly, also known as the Wood Effect or Wood's Glass, is a phenomenon in which certain materials appear to change color under specific lighting conditions. This change in color is due to the absorption and re-emission of light by the material.
Wood's Anomaly is caused by the interaction between ultraviolet (UV) light and certain materials, such as certain types of glass or minerals. The UV light is absorbed by the material and then re-emitted as visible light, resulting in a color change.
Wood's Anomaly works by utilizing the natural properties of certain materials to absorb and re-emit light. The material acts as a filter, absorbing certain wavelengths of light and re-emitting others, creating a change in color.
Yes, Wood's Anomaly can be explained by the laws of physics. It is a result of the interaction between light and matter, specifically the absorption and re-emission of light by certain materials.
Wood's Anomaly has several practical applications in fields such as forensics, art conservation, and gemology. It is also used in some types of lighting and photography to create unique visual effects.