Most of you are probably aware of the DNA/protein dillema - DNA is required to synthesize protein, but protein is required for the transcription or replication of DNA. Evolutionists sidestep this problem by saying there was an "RNA world" initially, wherein RNA spontaneously formed, and was capable of self-replication, which then evolved to the DNA model with which we are now familiar. It has been said that a 50 nucleotide string of RNA would be required for self-replication. I was recently reviewing general chemistry, as part of my overall continuing education as a doctor. When I reviewed thermodynamics, and particularly the concept of Gibbs free energy, the following question hit me: What is the Gibbs free energy of formation for a 50 nucleotide strand of RNA? If anybody has ever figured that out, it would give us a quantitative measurement of the spontaneity of such a reaction. Has anybody ever done the calculations? I would not know how to do it, but I speculate that the value would be overwhelmingly large and positive, as such a molecule has a very high degree of order. Correspondingly, I suspect that the equilibrium constant that would be derived from this information would be vanishingly small, 10 to the power of some very large negative number. I do not know how to type a "delta" character, so instead I will use "&"
&G = &H - T&S is the equation for Gibbs free energy, and from that we get &G = -RT ln K
Does anybody know anybody who might have some of this quantitative information on the plausibility of the "RNA world" ever having developed? It seems to me that thermodynamics would disprove evolution. Maybe somebody should do the research, but it just might rock the boat a bit.