It has no spectral content unless by interaction, and then we see the interaction process which by speed of the interaction creates a spectral wave length, a difference in energy on the matter surface compared to the invisible see through constant of the space between eye and object.
It is always dark, Light is an illusion and not a thing!
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The spectral content is created in the mind, a wave is just a wave, we see by energy differences .
Look at an object and tell me if you can actually see light or spectral range in the illuminated dark space?
It actually still dark, and you see light projecting matter.
The first eight words of your reply have nothing to do with the last part of the reply.
If the object is emitting light I see the light emitted from the object.
If the object is passively illuminated I see the light reflected from the object.
Aaaaand - back to woo.
''If the object is emitting light I see the light emitted from the object.''
No you do not though, you see the bulb but only when you create refraction with a watery eye and one eye shut, you can ray trace. Otherwise you see nothing in the space between your eye and the bulb, it is invisible light, it is an equilibrium to sight.
''If the object is passively illuminated I see the light reflected from the object.''
You see the object projected by the light , not reflected light although light is the means of the projection.
Woo.
Light is projected onto the object. Light then is reflected by the object into my eye. This can be proven any number of ways.
When you see a glare off something , light is then being reflected directly into your eyes, otherwise you are submersed in the light already, the volume of space is flooded with energy that is equal to sight and invisible to sight. Light is at a constant in your eyes, no reflective ray needed directly into my eye, my brain is already joined to the constant of invisible see through light.
The whole object is projected back through the light , that is how mirrors work, you are projected through the light to the mirror.
Correct. That is true any time you see ANY reflection off an object. Glare is not a 'special case.'
Woo.
Light is projected both ways through a mirror. If another person were to look at your eyes in a mirror, they would see the light reflected from your eyes (mainly the sclera, which is the white part.) That's how vision works.
What do you think motion blur has to do with anything? It's an inability of our eyes to process rapid changes in incoming light - not anything with a separate physicality.
Ask yourself how you get get across the space between you and a mirror, your image travels across that space through the light, the mirror propagates the light to receive the image, I must however point out that you are projected at all angles.
I have done experiments with my eyes, I can make a small computer monitor to warp into space creating a second monitor that is not really there. Double vision, it is all your science, I am just showing what you really have. You have far more than you think but do not understand why in my opinion, and I am serious and pretty confident I am correct that all matter is mirrored through space through the light in all directions.
You don't " get get across the space between you and a mirror." You simply see the light that is reflected from it.
No. A second monitor didn't really appear. Your eyes are just too slow to track it. If you had better eyes you would not see the "second monitor." This can be proved by using a high speed camera. You will see no bizarre magical replication of either the monitor or its image.
You have this habit of saying this, then several posts later saying "oops, sorry, I was wrong again." Maybe we could skip ahead to that part?
If you only sore the light reflected from it, you would not see an image, the light would be coming at you , your image is projected in the light, I am 100% certain on this, try squinting one eye and do some ray tracing to the light bulb, you soon start to get a feel for light.
I will show you if you like . Stare at the diagram, consider between your eyes and the diagram there is space, the shape and colour is decoded by your brain, the shape and colour signal to your brain has to be transmitted to you.
The wave is travelling back to your eyes has red, if it was not you would not see red.
The wave is travelling back to your eyes has red, if it was not you would not see red.
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