The visible light spectrum encompasses wavelengths from approximately 380nm to 780nm, with each specific wavelength corresponding to a distinct color. These spectral colors, often depicted in series as the rainbow, are fundamental to understanding how we perceive color. Interestingly, by mixing these spectral colors, we can create entirely new colors like brown, pink, gray, magenta, and white (just to name a few).
Thanks for this thorough info Tim. Can you comment on if and how color production might relate to harms that LEDs are said to cause. LEDs are also very bright-streetlights in my town look like they are trying to light up a nighter at the ball park but all we need to do is walk the dog not to mention aren't we "supposed" to be concerned with using more energy than necessary.
Thanks for this thorough info Tim. Can you comment on if and how color production might relate to harms that LEDs are said to cause. LEDs are also very bright-streetlights in my town look like they are trying to light up a nighter at the ball park but all we need to do is walk the dog not to mention aren't we "supposed" to be concerned with using more energy than necessary.
Sorry to hassle you with a broad question.
And the high intensity headlights used on cars these days, of which Tesla's are the worst offenders.
I believe the LED’s destroy melatonin production. Probably many other hormones as well but melatonin is a as very important one.