If it was true science I would agree. Sorry but I just don't believe it. There's no need in us arguing. I'm not trying to force anyone to believe as I do. Maybe persuade, but not force. My sarcasm was only to show how ridiculous your claims seem to me.
A completely misleading version of the actual story, using several fallacies, does not show how ridiculous the claims are, it shows how ridiculous your interpretation of them is. Even worse is that probably isn't your interpretation, it's a forced snow job because you cannot accept evidence or it will challenge your beliefs. Your sarcasm seems to be denial.
If you could actually raise an argument to any of the points you would. Give a reason backed by evidence why any of the steps is ridiculous.
All you are doing is showing you have a huge bias toward a myth and will not accept real world evidence if it contradicts it.
It's like refusing to accept germs are real because in a Zeus scripture it says he creates all illness.
Yes, anyone can take a reasonable explanation and change it into a farce. Great, so you cannot deal with that actual evidence.
So what is left? Cognitive bias? Why have the intermediate forms of the eye been found?
EYE Evolution
-Trilobite ancestors from 544 million years ago don’t have eyes.
-The key to the puzzle, Darwin said, was to find eyes of intermediate complexity in the animal kingdom that would demonstrate a possible path from simple to sophisticated.
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Those intermediate forms have now been found. According to evolutionary biologists, it would have taken less than half a million years for the most rudimentary eye to evolve into a complex “camera” eye like ours.
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The first step is to evolve light-sensitive cells. This appears to be a trivial matter. Many single-celled organisms have eyespots made of light-sensitive pigments. Some can even swim towards or away from light. Such rudimentary light-sensing abilities confer an obvious survival advantage.
-The
next step was for multicellular organisms to concentrate their light-sensitive cells into a single location. Patches of photosensitive cells were probably common long before the Cambrian, allowing early animals to detect light and sense what direction it was coming from. Such rudimentary visual organs are still used by jellyfish and flatworms and other primitive groups, and are clearly better than nothing.
-The simplest organisms with photosensitive patches are
hydras – freshwater creatures related to jellyfish. They have no eyes but will contract into a ball when exposed to bright light.
-The next step is to evolve a small depression containing the light-sensitive cells. This makes it easier to discriminate the direction the light is coming from and hence sense movement. The deeper the pit, the sharper the discrimination.
-Further improvement can then be made by narrowing the opening of the pit so that light enters through a small aperture, like a pinhole camera. With this sort of equipment it becomes possible for the retina to resolve images – a vast improvement on previous models. Pinhole camera eyes, lacking a lens and cornea, are found in the nautilus today.
-The final big change is to evolve a lens. This probably started out as a protective layer of skin that grew over the opening. But it evolved into an optical instrument capable of focusing light on to the retina. Once that happened, the effectiveness of the eye as an imaging system went through the roof, from about 1 per cent to 100 per cent.
-Eyes of this kind are still found in
cubozoans, highly mobile and venomous marine predators similar to jellyfish.
- Trilobites became the first active predators, able to seek out and chase down prey like no animal before. Unsurprisingly, their victims counter-evolved. Just a few million years later, eyes were everywhere and animals were more active and bristling with armour. This burst of evolutionary innovation is what we now know as the Cambrian Explosion.
-However, sight is not universal.
Of 37 phyla of multicellular animals, only six have evolved it. But these six – including our own phylum, chordates, plus arthropods and molluscs – are the most abundant, widespread and successful animals on the planet.
