Q's mention of "RIG for RED." Post 3574 I was intrigued by Q mentioning RIG FOR RED. 93 days of darkness did happen, but I think Q was telling us he could STILL SEE and knew everything that was going on, even though to the HUMAN EYE everything was in the DARKNESS caused by the DEEP STATE. He was in the DARKNESS with perfect vision keeping TRACK of what the Deep State was doing, Thanks for letting us know the Deep State didn't blind YOU Q to all the tricks they play, and you would eventually come back and let us know too. "The human eye is less sensitive to longer wavelengths, so RED LIGHT is chosen to preserve the NIGHT VISION of the crew while still allowing them to still see their instrument panels. Submarines switch to red light when it’s DARK OUTSIDE and crew members need to use the periscope or go on watch duty. Use of red lights, Purkinje effect The insensitivity of rods to long-wavelength light has led to the use of red lights under certain special circumstances – for example, in the control rooms of submarines, in research laboratories, aircraft, or during naked-eye astronomy. Under conditions where it is desirable to have both the photopic and scotopic systems active, red lights provide a solution. Submarines are well lit to facilitate the vision of the crew members working there, but the control room must be lit differently to allow crew members to read instrument panels yet remain dark adjusted. By using red lights, or wearing red goggles, the cones can receive enough light to provide photopic vision (namely the high-acuity vision required for reading). The rods are not saturated by the bright red light because they are not sensitive to long-wavelength light, so the crew members remain dark adapted  Similarly, airplane cockpits use red lights so pilots can read their instruments and maps while maintaining night vision to see outside the aircraft.  History The effect was discovered in 1819 by Jan Evangelista Purkyně. Purkyně was a polymath who would often meditate at dawn during long walks in the blossomed Bohemian fields. Purkyně noticed that his favorite flowers appeared bright red on a sunny afternoon, while at dawn they looked very dark. He reasoned that the eye has not one but two systems adapted to see colors, one for bright overall light intensity, and the other for dusk and dawn. Purkyně wrote in his Neue Beiträge: Objectively, the degree of illumination has a great influence on the intensity of color quality. In order to prove this most vividly, take some colors before daybreak, when it begins slowly to get lighter. Initially one sees only black and grey. Particularly the brightest colors, red and green, appear darkest. Yellow cannot be distinguished from a rosy red. Blue became noticeable to me first. Nuances of red, which otherwise burn brightest in daylight, namely carmine, cinnabar and orange, show themselves as darkest for quite a while, in contrast to their average brightness. Green appears more bluish to me, and its yellow tint develops with increasing daylight on." https://en.wikipedia.org/wiki/Purkinje_effect