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https://cdn.ecommercedns.uk/files/4/203904/9/49919809/human-eye-anatomy-diagram.jpg

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1) If a window is redesigned to be concave, then that window would be an analogy to Lasik surgery, where the window is the outer surface of the eye. (

2) Putting another sheet of concave glass on the outside of the window would be an analogy to having prescription glasses, where the extra sheet of glass is the lens of the glasses. ((

3) The person standing in front of the window would be the dot (focal point) of the light coming into the eye. The focal point in inside of the eye. ((o

4) Behind the person would be something maybe convex, like a mirror. ((o)

All in a straight line.

THE FOCAL POINT MUST BE INCASED INSIDE OF A CONCAVE AND A CONVEX AREA. (o).

1) The outer surface of the eye reduces "fractals" (diamonds) and sharpens images from blurry to clear. (

2) The prescription glasses do the same thing. ((

3) The location of the dot (focal point) determines your level of colorblindness. ((o If the dot is not in the center, you will be colorblind. The more off center, the more colorblind you are. ((o

4) The mirror behind the person is designed to increase or decrease light. This "mirror" may be simple convex or it may have to be complicated in its design. ((o)

All in a straight line.

All in a straight line, because our peripheral vision is always blurry. I'm not interested in peripheral vision.

4) My interest is in number 4. An implant that is convex like a mirror might help increase light in blind people. Or, instead of an implant, some kind of "convex micro stitching" may be accomplished. )

The goal would be to take almost non-existent light and increase it in the eye. Light so minute that it is a thousand decimal points before 0.00000-.

The light comes from outside the window, from the outside world outside of our eye. You just increase it as it enters the eye and goes back into the outside world, turning night into day or a spark into a streetlamp in terms of brightness.

That's my take on it (including colorblindness).

Edited by Nvredward

9 minutes ago, Nvredward said:

If a window is redesigned to be concave, then that window would be an analogy to Lasik surgery

Not quite.
Focal length matters.

Haven't got a clue what the rest of your post is going on about.

51 minutes ago, Nvredward said:

That's my take on it (including colorblindness).

Your post makes no sense.

In terms of Colour blindness, this is pretty well understood, I test for it regularly.

Moderator Note

Rule 2.7 says, in part,

Links, pictures and videos in posts should be relevant to the discussion, and members should be able to participate in the discussion without clicking any links or watching any videos. Videos and pictures should be accompanied by enough text to set the tone for the discussion, and should not be posted alone.

IOW, referring to linked pictures doesn’t cut it.

4 hours ago, Nvredward said:

The location of the dot (focal point) determines your level of colorblindness. ((o If the dot is not in the center, you will be colorblind. The more off center, the more colorblind you are

Do you have a credible reference for this? (here you can post a link, since it’s for background information)

I thought R/G color blindness was due to missing or damaged cone cells

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https://www.youtube.com/watch?v=sMDUOkCqCmA

https://acoem.us/wp-content/uploads/2018/02/XYZ-4.png

Would movement along the X axis be shades of black and white?

Would movement along the Y axis be shades of color?

Would movement along the Z axis be blurriness or sharpness?

Would the size of the central dot be more or less light?

https://www.meddean.luc.edu/lumen/MedEd/medicine/pulmonar/phydx/s10b.jpg

I don't know.

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