What frequency is "clear" light, hm?
The conference hall debate!
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What frequency is "clear" light, hm?
Look at your computer screen , notice the rgb white background and observe the space between your eyes and the white it is clear.
Frequency is zero
The truth at last clear not white, ok so what value is this clear compared to sight?
Is it now? Well, that's interesting...
That would be WELL below the Gamma-ray area... I don't believe we can see that mate...
That's because there's nothing obscuring your vision by absorbing the light before it reaches your eyes. The light is still there flowing between the computer screen and your face.
Is this clear seen as a constant to all sighted observers?
Your top squiggle line is why the sky is blue.Is it now? Well, that's interesting...
That would be WELL below the Gamma-ray area... I don't believe we can see that mate...
What does that even mean? "Clear" just means there's nothing blocking your view. The light is still there, it's WHAT YOU USE TO SEE STUFF WITH. If there wasn't any light, you'd be in total darkness regardless of anything blocking your view.
Between your computer screen and your brain, a coupling...
... WHAT?
No, seriously, what the actual what...?
That "top squiggle" is a graphic representation analogous of frequency... it isn't an actual physical thing!
You coupled your brain and your computer screen...?
So light doesn't exist. But! Somehow it is a part of the universe.
Is this not the crux of your argument?
Is this not the crux of your argument?
The clear is seen by all observers to be a constant, we all agree we see the same constant rate of clear. You see object constants through the clear constant.
An energy coupling by the invisble constant
Em radiation exists light is a brain thing
We can all see through it, we observe it is clear
You say clear... do you mean white light? White light is not "clear"...
Constant of what? Do you even know what a constant is?
... No... no it isn't. If it were "a brain thing", then machinery wouldn't be able to detect it... and we have plenty of photosensitive equipment that can...
No.
No, no, no and no.
Light is a small segment of the EM spectrum. The part that our eyes have evolved to interpret. Insects can see a slightly larger range of the EM spectrum than we can, they can see ultraviolet parts of the EM spectrum, too. But it's all still "light". Which is real.
No, no, no and no.
Light is a small segment of the EM spectrum. The part that our eyes have evolved to interpret. Insects can see a slightly larger range of the EM spectrum than we can, they can see ultraviolet parts of the EM spectrum, too. But it's all still "light". Which is real.
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