Carlos F Velázquez

Evolution theory depends on ever-so-often random mutations yielding "improvements" which are passed on genetically to the offspring. Never mind that the overwhelming history of mutations are acknowledged to be destructive to the creature. But, you know, even a monkey typing randomly on a keyboard can eventually write Shakespeare's HAMLET given enough time.

As ridiculous as that argument is, that's not the biggest fallacious error in the evolutionary narrative. One of the most glaring errors is the omission swept under the rug that nobody mentions. And that is the answer to the question "How did something as complex as the absolutely necessary DNA evolve to begin with?" Oops. That yawning gap in the evolutionary narrative is the second logical flaw in evolution theory. The first logical flaw is called ABIOGENESIS. A subject of previous and also of future posts.

The Forces That Drive Evolution May Not Be as Random as We Thought
sciencealert.com

Tim adds:

DNAis THE largest, most complex molecule in existence. The idea that it could spontaneously generate and can encode so much information is just hard to swallow. It is,in fact, a reversal of entropy, which is a universal physical law that says systems wind down and not up.

Lyle Hancock Sr. adds:

Speaking of the complexity of necessary DNA, all sequences of DNA are made up of left-handed amino acids (AA). The natural processes that create left-handed AA create right-handed AA in equal numbers. When left-handed AA come into contact with right-handed AA, they are destroyed. So, for the first strand of DNA to have been created, some stochastic process had to immediately separate the left from the right. How did that happen? Then the separated left-handed AA needed to be isolated from its environment in combination with other required building blocks for DNA by a cell membrane. How was the membrane formed when there was not yet any coding for it? Once the incredibly complex sequence of DNA is formed, then it must have encoded into it a perfect script for mitosis (single cell division). Any minor flaw in that sequence would have destroyed the cell.

The probability of these four things (the isolation of left-handed AA, a cell membrane to isolate it from its environment, the other necessary ingredients for the building of DNA being trapped inside the membrane, and the perfect coding for mitosis) happening at the right time boggles my mind.

Posted by: Timothy Birdnow at 10:47 AM | Comments (1) | Add Comment
Post contains 404 words, total size 3 kb.