You are incorrect. The CD laser actually appears red 🚨 to the naked eye 👁 as a safety feature. So, obviously there must be RED light in the laser spectrum. Which means, now follow me here, the wavelength of the laser spectrum must be well below 700 which is where visible red starts. Thus, it’s reasonable to conclude the lower portion of the CD laser bandwidth extends down to 650 nm. That’s why I say the laser bandwidth is around 650-850 nm. And that is also why I say most of the scattered light is invisible. The cheap little laser and photodetector are not monochromatic, all of which fits perfectly into the proposition I stated.
The other obvious reason we know there is visible red in the scattered laser light is because the color green or turquoise (cyan) absorbs the color red, and that’s why a green marker around the outer edge improves the sound and why coloring the CD tray turquoise improves the sound. It absorbs red light. The color wheel applies to visible 👀 light only. As I said BLACK anywhere on the CD hurts the sound. It can be easily demonstrated experimentally.
But don’t let me stop you, I always enjoy hearing from Cargo Cultists to see what kind of ridiculous things they come up with. 🤗
The other obvious reason we know there is visible red in the scattered laser light is because the color green or turquoise (cyan) absorbs the color red, and that’s why a green marker around the outer edge improves the sound and why coloring the CD tray turquoise improves the sound. It absorbs red light. The color wheel applies to visible 👀 light only. As I said BLACK anywhere on the CD hurts the sound. It can be easily demonstrated experimentally.
But don’t let me stop you, I always enjoy hearing from Cargo Cultists to see what kind of ridiculous things they come up with. 🤗