Development of a prototype for zrgb infraredesign device

Infraredesign theory has developed a method of implementing graphics that carry two information, where the first one is visible in the visual spectrum (VS), and the other in the near infrared (NIR) spectrum. This paper introduces a prototype for apparatus which would record these two states: an image in the NIR as a Z record and image in the VS as RGB record. These two independent images are representing properties of substance in the wavelengths region of the electromagnetic spectrum from 400 to 1000 nm. These can be paintings, reproductions, banknotes and secured documents, or even scenes from nature. With this apparatus through developed software it will be possible to quantitatively determine the difference between information from RGB to the Z state of matter for each pictorial element. The apparatus operates under the daylight, without a separate built-in IR source, which enables recording of close and very distant objects at the same time.