Hey tumbleweed 41, I love it when you indicate your own researchers are fools because I agree. You are commenting like as if this guy is the only researcher with this view and this informs me that you are NOT familiar with your own recent developments.
When a creationist gives an opinion you belittle them. When a creationist speaks through researchers that are more credentialed than anyone here you belittle the researcher. Can you not see what fools you make of your own sciences?
In actual fact you do not have evidence of the evolution of the eye. What you have are theories of how the eye evolved. You are unable to tell the difference any more.
Wiki Evolution of the eye.
Vertebrates and
octopuses developed the camera eye
independently. In the vertebrate version the nerve fibers pass
in front of the
retina, and there is a
blind spot where the nerves pass through the retina. In the vertebrate example,
4 represents the
blind spot, which is notably absent from the octopus eye. In vertebrates,
1 represents the
retina and
2 is the nerve fibers, including the optic nerve (
3), whereas in the octopus eye,
1 and
2 represent the nerve fibers and retina respectively.
It is now speculated by your researchers that the eye has evolved independently in different organisms. So the proof has really vanished. The eye is assumed to have evolved because with the presumption of evolution it simply had to. However, you have no proof that satisfies the dilemma of irreducible complexity other than your theories.
See below. I have underlined the operative words that illustrate all you have is assumptions and "PROBABLY".
Wiki:
Lenses evolved independently in a number of lineages. Simple 'pit-eyes'
probably developed lenses to improve the amount of light that reached the retina; the focal length of an early
lobopod with lens-containing simple eyes focussed the image
behind the retina, so while no part of the image could be brought into focus, the intensity of light allowed the organism to inhabit deeper (and therefore darker) waters.
[26] A subsequent increase of the lens's refractive index probably resulted in an in-focus image being formed.
[26]
The development of the lens in camera-type eyes
probably followed a different trajectory. The transparent cells over a pinhole eye's aperture split into two layers, with liquid in between.[
citation needed] The liquid originally served as a circulatory fluid for oxygen, nutrients, wastes, and immune functions, allowing greater total thickness and higher mechanical protection. In addition, multiple interfaces between solids and liquids increase optical power, allowing wider viewing angles and greater imaging resolution. Again, the division of layers may have originated with the shedding of skin; intracellular fluid may infill naturally depending on layer depth.[
citation needed]