My apologies for the delay in responding. I got caught up in some childish nonsense.
I'm still not clear what you mean "evolved from the Big Bang."
That's not my statement, that's implied from the OP. That the evolution of DNA began with the Big Bang.
Why did you think that needed to be said in this discussion, and why do you think you know that?
F1 fan said DNA's evolution (came about) due to the laws of physics. I think that implies the inevitable development of DNA due to the way those laws function. In a deterministic universe that may be true however we pretty much know now that we do not live in a universe of Newtonian determinacy according to current scientific consensus but in a universe of quantum indeterminacy.
So even given God like computing power we could not determine the eventual inevitable evolution of DNA out of the primordial soup of matter and forces created from the Big Bang event Let alone establish its inevitableness.
DNA couldn't have been a foregone conclusion due to quantum indeterminacy. Between the last universal common ancestor and the Big Bang event there is no linear information transference as there would be between evolved related entities due to this indeterminacy.
As such knowing the laws of physics that DNA must follow today and having enough ability to compute its matters every minute temporal step in the "past" is not enough to validate DNA's inevitable created origins from the Big Bang.
As I've attempted to show...since evolution could not breach the indeterminacy gap and thus ceased to function at that gap DNA could not have evolved "from" the Big Bang event. I don't know why that's so hard of a concept to grasp for some or why some think that somehow implies sentient interference. I must be missing something?
I must concede this point. Upon further reflection and study there seems to be a tit for tat consensus among the calculations done by various scientists both in support of and disagreement with how to exactly calculate the probabilities.
Until a further understanding is achieved by me I cannot side with a particular specific calculation at this time.
Initially here is a sampling of my reasoning...
"Even assuming extremely favorable prebiotic conditions (whether realistic or not) and theoretically maximal reaction rates, such calculations have invariably underscored the implausibility of chance-based theories. These calculations have shown that the probability of obtaining functionally sequenced, infromation-rich biomacromoleules at random is, in the words of physicist Ilya Prigogine and his colleagues, "vanishingly small...even on the scale of...billions of years."
From: Prigogine, Nicolis, and Babloyantz, "Thermodynamics of Evolution,"23.
The probability of even a single functioning protein or corresponding functional gene by chance alone...stands at no better than 1 chance in 10^164.
From: Stephen Myer Calculations "The God Hypothesis"
"Chance" is an inadequate explanation for the origin of biological information
From: De Duve, "The Constraints of Chance"; Crick, Life Itself, 89-93
"Nobel laureate Christian de Duve, a leading origin-of-life biochemist until his death in 2013, categorically refected the chance hypothesis precisely because he judged the necessary fortuitous convergence of events implausible in the extreme."
From: De Duve, "The Beginnings of Life on Earth," 437.
"...synthesizing (or maintaining) many essential building blocks or RNA molecules under realistic conditions has proven either difficult or impossible."
From: Shapiro, "Prebiotic Cytosine Synthesis."
"Hitching the components together in the right manner raises additional problems of such magnitude that no one has yet attempted to do so in a prebiotic context."
From: De Duve, Vital Dust, 23.
"...for every one DNA sequence that generates a short functional protein fold of just 150 amino acids in length, there 10^77 nonfunctional combinations-combinations that will not form a stable three-dimensional protein fold capable of performing a specific biological function."
From. Molecular biologist Douglas Axe. Established while working at the University of Cambridge Medical Research Council Lab from 1990 to 2003 using site-directed mutagenesis.
"In fact, if one considers the possible constants and laws that could have emerged, the odds against a universe that has produced life like ours are immense." Stephen Hawking, A Brief History of Time.
"Why did the universe start out with so nearly the critical rate of expansion that separates models that recollapse from those that go on expanding forever, that even now, 10 thousand million years later, it is still expanding at nearly the critical rate? If the rate of expansion one second after the Big Bang had been smaller by even one part in 100 thousand million million, the universe would have collapsed before it ever reached its present size." Ibid.
…"he showed (Roger Penrose) that there were 10^10^101 configurations of mass-energy that correspond to highly ordered universe like ours. But he had also shown that there were vastly more configurations 10^10^123 -- that would generate black-hole dominated universes. And since 10^10^101 is a minuscule fraction of 10^10^123, he concluded that the conditions that could generate a life-friendly universe are extremely rare …"
From: Penrose, "Time-Asymmetry and Quantum Gravity." aslo Penrose, The Road to Reality, 757-65; Gordon, "Divine Action and the World of Science," 259-61,267.
Hoyle's junkyard tornado and 747 fallacy? It's been refuted.
Which refutation specifically are you speaking of? I've noticed some refutations have mistakenly misapplied Hoyle's analogy to what he wasn't referencing. And Dawkins refutation really misses the mark.
There are compelling thermodynamic arguments to assert that life forms wherever conditions permit it.
As I've said, I cede my opinion for now. The debate continues.
what is your purpose for making that claim in this discussion?
My point here was to reinforce the idea that the "Last universal common ancestor's" development from the Big Bang event and from that the evolution of DNA was a probability event not an inevitable evolution out of the primordial matter and forces.
it's not important where the abiogenesis occurred. Everything was in place for evolution to begin once life existed on earth whatever its origin.
This is a good point. If we take abiogenesis and place it elsewhere in the universe and then some sort of panspermia event happened on earth it just takes the problems of abiogenesis generation and moves it elsewhere.
Finding all the nucleotides etc. in space rocks says absolutely nothing about how they got there, let alone developed.
The debate continues....