This is actually a biological phenomenon that most humans experience! Our eyes are more attuned to greens and blues rather than reds, so green and blue light appear brighter as the cones in our eyes are more sensitive to those colors. Similarly, our cones are less sensitive to red so it appears darker.
There’s also a physics component to this as well since red light has about half the energy (twice the wavelength) as blue light. However, since there’s a difference in energy, the engineer must take that into account when designing multicolor LED applications so as to keep a level light intensity when changing or blending colors.
Here’s an eli5 question with some more info: reddit.com/…/eli5_why_does_red_light_seem_darker/…
FiFoFree@lemmy.world 9 months ago
If you own anything with “white” LEDs, I have some bad news for you…
lud@lemm.ee 9 months ago
Or reading this on anything except an e-reader or if someone else printed it out first.
linuxPIPEpower@discuss.tchncs.de 9 months ago
Luckily my device screens can all be turned off, closed, put face down and otherwise turned off when not in use. Unlike indicator lights on the routers, APs, HDDs, PCs, mice, powerbars, extension cords, radios, headphones, USB cables, ACs, microwaves etc etc etc. Either totally unnecessary to have a light in the first place, or a subtle light could do the job just as well.