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I've said, the ODDS of have localized syntropy overcoming entropy to the degree necessary to orderly assemble even the first cell is literally off the charts
Yes, i laughed the first time and asked you to show us your math. As it turns out, i am still laughing the second time.
You laughing because you haven't figured out the concept; the math is beyond your comprehension. Each of 2,000 proteins can only be in a certain spot for the cell to function. It involves factorials.
Here's the last of the hints for today. Start with just 3 proteins, each of which can only occupy an exact spot for the cell to function. What are those odds? Hint: It's NOT 1 out of 3
Not to mention the math probability of a protein forming by chance. Examining Miller's famous experiment shows that many amino acids are produced in this mythical organic soup - few are found in proteins. And the most common chemical reaction products were not amino acids - Formic acid was the primary product. The math probability is more than astronomic even when just considering chirality/polarization - a simple required factor ignoring the above.
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"Evolutionists admit that the probability of the right atoms and molecules falling into place to form just one simple protein molecule is 1 in 10^113, or 1 followed by 113 zeros. That number is larger than the estimated total number of atoms in the universe! Mathematicians dismiss as never taking place anything that has a probability of occurring of less than 1 in 10^50. But far more than one simple protein molecule is needed for life. Some 2,000 different proteins are needed just for a cell to maintain its activity, and the chance that all of them will occur at random is 1 in 10^40,000! “If one is not prejudiced either by social beliefs or by a scientific training into the conviction that life originated [spontaneously] on the Earth, this simple calculation wipes the idea entirely out of court,” says astronomer Fred Hoyle."
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"Many scientists feel that life could arise by chance because of an experiment first conducted in 1953. In that year, Stanley L. Miller was able to produce some amino acids, the chemical building blocks of proteins, by discharging electricity into a mixture of gases that was thought to represent the atmosphere of primitive earth. Since then, amino acids have also been found in a meteorite. Do these findings mean that all the basic building blocks of life could easily be produced by chance?
“Some writers,” says Robert Shapiro, professor emeritus of chemistry at New York University, “have presumed that
all life’s building blocks could be formed with ease in Miller-type experiments and were present in meteorites. This is not the case.”
2*
Consider the RNA molecule. It is constructed of smaller molecules called nucleotides. A nucleotide is a different molecule from an amino acid and is only slightly more complex. Shapiro says that “no nucleotides of any kind have been reported as products of spark-discharge experiments or in studies of meteorites.”
3 He further states that the probability of a self-replicating RNA molecule randomly assembling from a pool of chemical building blocks “is so vanishingly small that its happening even once anywhere in the visible universe would count as a piece of
exceptional good luck.”
4
RNA (1) is required to make proteins (2), yet proteins are involved in the production of RNA. How could either one arise by chance, let alone both? Ribosomes (3) will be discussed in
section 2.
What about protein molecules? They can be made from as few as 50 or as many as several thousand amino acids bound together in a highly specific order. The average functional protein in a “simple” cell contains 200 amino acids. Even in those cells, there are thousands of different types of proteins. The probability that just one protein containing only 100 amino acids could ever randomly form on earth has been calculated to be about one chance in a million billion."
See the context for more documentation. References:
2.
Scientific American, “A Simpler Origin for Life,” by Robert Shapiro, June 2007, p. 48.
a.
The New York Times, “A Leading Mystery of Life’s Origins Is Seemingly Solved,” by Nicholas Wade, May 14, 2009, p. A23.
3.
Scientific American, June 2007, p. 48.
4.
Scientific American, June 2007, pp. 47, 49-50.
5.
Information Theory, Evolution, and the Origin of Life, by Hubert P. Yockey, 2005, p. 182.
6. NASA’s
Astrobiology Magazine, “Life’s Working Definition—Does It Work?” (
National Aeronautics and Space Administration vision/universe/starsgalaxies/ life’s_working_definition.html), accessed 3/17/2009.
Edit: 1 in a million billion is 10^15 - the easier probability results when less factors are considered. For example, it assumes an impossible organic soup for starters. Actually, different amino acids require different environments to form - e.g. Miller's experiment formed primarily formic acid and most of the amino acids produced are not found in proteins. The primary proteinous amino acids produced were Glycine and Alanine, then aspartic acid. Valine was produced in very low proportion. The other proteinous amino acids were in such low concentration as to make selection of them extremely difficult. The more factors that are considered (e.g. chirality & isomerization, 3-d structure, etc.) the more difficult to produce a polypeptide useful for life. The seeming contradiction between 10^15 and 10^113 is thus resolved.