LOW LEVEL LIGHT PHOTOGRAPHY

For those who appreciate the low level light photographic technologies; such as photographing stars, or nature photos; as well as other low light photographic technologies, I have created a simple way to photograph any low level lighted object. Firstly, photographic film that is stored in ice; as well as exteremely slow speeds of low level light film, are completely obsoleted; and, unnecessary. Photo inversion processes may help; as well as hue and reverse colour processing. Photo inversion is similar to taking a negative photo. The slightest light emission will be enhanced in a dark background. This technique utilizes a process similar to negative photography. The photo will appear similar to a negative film exposure. Hue processing involves utilizing filters that will lighten darken hues to allow fast photographic exposures to be made. Reverse colour photography is similar to negative photography; with the exeption the colours of the areas in the photograph are reversed in brightness. This allows an extremely large darkened field to be photographed in a lighted manner; while light objects are rejected and appear darkened. After expopsure, a colour chart allows the images to be restored to a natural background and object colour. Dyes in a lens will allow objects to be photographed more exactly and precisely if the colour spectrums are magnified in light intensity level. This requires a special coating to enhance specific frequencies of light only. Even extremely narrowband hues may be magnified in intensity. Optionally, tiny wires may detect specific frequency waveforms. I will explain that technique later in my future blog that will expain a specialized camera for space photogaphy that I designed. The lenses on this “camera” are a series of wires That detects extremely low level frequencies in a square nanometer area. The “camera” will redraw an extact and precise image duplication that contains extremely narrowband signal colours In a nanometer square pixelic structure.