Okay, so I just figured out that momentum is equal to the mass times velocity. Or so they thought in classical physics. But what they recently or later found out early in 1900s is that well, kind of, except really momentum is equal to your velocity multiplied by the mass over the square root of one minus the velocity squared over the speed of light squared. So if your velocity is the speed of light squared, the system breaks down. There's no momentum. It can't be measured, which means basically that light is not moving. So I feel like I have a reason for that. Because it's replicating. It's not actually traveling. It's creating new ones, the sequence of charging the space around it with the passive of these resistance. Spiratically, like a screw, and we see through the mention of the spiral, a plane of the spiral round. And the longer the wavelength, the slower it's replicating. So slower obviously, as it's kind of a human phrase. But that's why as vibration slows down, it takes longer to get there. It's the impact. It's further apart. Anyway, amplification obviously changes completely. As long as the wavelength is static, but the things amplification can change the wavelength, so light is very undulating.