And one who purports to be a teacher ... or should I say teechur .... ROFL.This is a person who questioned my English skills?
And one who purports to be a teacher ... or should I say teechur .... ROFL.This is a person who questioned my English skills?
I don't think evolution is testable any more than I think arithmetic is testable.
As a matter of fact, arithmetic does become testable when articulated within a concrete context and, in my opinion, the same is true of evolution.
The mechanism I have proposed is perfectly clear and there are many concrete developments that could test it. However, even if those tests failed, and my mechanism of prebiotic evolution proved to be wrong, still that would not constitute a test of evolution per se.
And one who purports to be a teacher ... or should I say teechur .... ROFL.![]()
Excuse me, but you were doing just that. I don't want to spend the time going back over that many posts to cherry-pick, but you assuredly were.Backpedaling are you? I wasn't screaming creationist,...
There's still no question of false dichotomy - unless you want to dispute the "Greatest BS" side of the equation. It's hardly worth getting bogged down in, but John has made statements which leave him to be shown to be lying, there's no doubt but that there are two choices: he's right and everyone else is wrong, or he's wrong and has consistently lied about it, attempting to cover his tracks. There's no middle ground, John himself removed the "I ####ed up from the equation". In all of this, that's the thing I think you've still missed.you just couldn't hear anything I wrote once I pointed out your logical "false dichotomy" error. It's you who was hurling insults left and right and anyone who agreed with those whom you feel attacked you (Yahtzi and I for stating the obvious). I believe your comment to him was that he must be drunk.
I think I'll claim the lead in the English stakes and leave that subject, eh?But you saved your real flames for me--unwittingly making yourself into a cheerleader for a creationist while casting aspersions (aspertions--ha) on my character.
There you go, you've just confirmed what I said above about the ad homs starting prior to arguments about logic.And, you had actually started with the ad homs long before your silly logic error. You need to examine how your biases are affecting you rather than presuming everyone elses.
Again, I don't think "I ####ed up/was mistaken/etc." is available.See, that's another false dichotomy--there are many things that don't specifically fall into "lying or not".
There's that "C" word again...And no one can falsify Johns theories if they don't understand it. How many words John uses doesn't matter?!, --but I use too many!? Wow, are you blind to your hypocrisy. And I contend that you don't even understand Johns theory--I'm not sure anyone does. It's becoming fun to watch you sucked in by a creationist.
Finally! What harm does it do to look in depth and critically (as I don't genuinely believe that you've done) at John's theory, starting with an open mind.Abiogenesis is not something one can readily explain
Now, I'm pleased you quoted that passage, because we must be reading different things. To me, the bolded part reads that John feels the options of current evolutionary theories are living rocks or god. He's offering an alternative, based on a data-input model with the sun as the first data-provider.Evolutionary theory, as Darwin well recognized, was not just a new biological theory, it was a new philosophy. This work would argue that it was an epistemology, where an epistemology is a process that generates knowledge when applied to an information set. In this, its most basic form, evolutionary theory should not be seen as a scientific theory as it is doubtful whether it could ever be practically tested. The concept of an evolved creature, possessed of no knowledge except that from evolution, objectively testing a theory of evolution, contains elements of self-reference that might lead to an infinite regress.
This is a common creationist tactic--god is the ultimate infinite regress (who made god?)--if you can't make faith sound like science; make science sound like faith. Who does he think should test the theory of evolution, philosophers? God?
Based on my comments about CT above, I agree with you on the fun, if just not my type.Put your ego and predetermined conclusions aside for a minute, and quit thinking I'm on a witch hunt for creationists or that you are the fabulous defender of underdogs. I'm using words, not weapons. I don't know if creationists are lying on purpose or if they've convinced themselves and others that they are taking the moral high ground or what. But I do know that it's a waste of time to engage them unless you are doing it for your own mental exercises or amusement. Accordingly, I give a warning and a thumbs up to my fellow skeptics. Sometimes it's nice to know a little bit about the crazy path you are about to embark upon and to keep one's expectations low and to have fun.
Now stop that! I’m supposed to be annoying evolutionarians!delphi ote said:Thank you, kleinman, for moving this thread back on topic.
Kleinman said:If you would take the time to study this thread and the related thread on the Evolutionisdead forum you would get these answers and links with more information.
For eukaryotes, the smallest known which Paul posted is
Kleinman said:Pelagibacter ubique with a genome length of around 1.3 million base pairs. For prokaryotes, Mycoplasma sp. is around 900,000 base pairs. There are symbionts with shorter genome lengths but are not free living organisms and are dependent upon a host.
...
I think what kjkent1 is looking for is the minimum size genome for a free living organism which I have posted above. The reason this is important is that the genome length is the dominant parameter in Dr Schneider’s model. Until one obtains a free living organism, one is confined to the concept of abiogenesis which is a weaker theory than the theory of evolution. Evolutionarians can not conceive of a selection process that would evolve a gene de novo in a living organism. What kind of selection process would there be in the primordial soup that would evolve a gene?kjkent1 said:Alan, what I'm looking for is not the "known" minimum size genome, but rather the minimum size genome required for a creature to be capable of gaining information via RMNS. This is, admittedly, very difficult theoretical model, but my point is, that without some certain knowledge of the minimum size possible, there's no way to calculate the probability of that creature being produced by random chance, and thereafter evolving into something more complex.
Also, I asked John for his opinion re the following model, that I found on the web. I'll ask you, too. It appears pretty interesting to me. Perhaps you can point out the pros and cons.
Kleinman said:
I’m totally enjoying smacking down your mushy soft, mathematically deficient theory of evolution belief system. Why don’t describe to us the selective process that would evolve a gene de novo? Why don’t you tell us what the components of the DNA replicase system were doing before DNA could be replicated? Do you want to tell us how ribose could form in the primordial soup? Or are these a few minor gaps in your theory?articullet said:I'm totally enjoying Cyborg's smackdown of Kleinman.
Why don’t describe to us the selective process that would evolve a gene de novo? Why don’t you tell us what the components of the DNA replicase system were doing before DNA could be replicated?
OK, so your position is that as 700,000 is the empirical reality of the smallest free living life form, that this is the actual minimum possible genome size.Dr Schneider’s model shows that extremely short genomes such as his published example can evolve binding sites very rapidly (less than 1,000 generations). From existing life forms, you can get a sense of the minimum number of genes required to be free living. Google the word “symbionts” and you we find examples of life forms that have genomes less than 700,000 base pairs but are not free living and are dependent upon a host for crucial metabolic assistance in order to survive.
I'll send the author an email and ask him to drop in and comment. Maybe we will get lucky.kleinman said:I took a look at your link and it doesn’t look like a realistic simulation of chemical reactions.
Why don’t describe to us the selective process that would evolve a gene de novo? Why don’t you tell us what the components of the DNA replicase system were doing before DNA could be replicated? Do you want to tell us how ribose could form in the primordial soup? Or are these a few minor gaps in your theory?[/SIZE][/FONT]
What's your point?Nice evasion. I'm 100% certain gods don't exist. The question concerned god.
That's not what you asked. And you took this sentence out of context.Agreed. My discussion concerns the ontology one associates with the Universe (or Multiverse, perhaps). Are you 100% certain that what we have named matter/energy exists? I'm 100% certain thought exists.
I didn't ask your opinion.Unknown. I haven't seen any such detection under the current rubric of science.
We agree, wow!Yup.
Good for you.Why yes, I am, knowing the definition of both invisible and pink.
I answered that.My question concerned god.
"It happened" was the quote of mine you disputed. Did you have "faith" in my quote or not?What part of available scientific evidence do you have faith I reject?
What part of the Biblical claims do you have faith I reject?I have no more faith in the Bible than you do.
Perhaps analogies are a mystery to you?You're getting sillier as you go along.![]()
What's your point?Do you think I dispute those observed facts? I don't.
Is that what you are having trouble understanding, my use of the term “de novo”? It is a Latin term meaning from the beginning. The is/are no selection process(es) that would evolve any gene from the beginning. Nothing that would select the sequence of bases for the genes that code for hemoglobin or insulin or for the numerous genes that code for the enzymes in the Krebs cycle or the proteins needed in the DNA replicase system or the proteins in the coagulation cascade or the tens of thousands of other proteins that are required by living things. Somehow, evolutionarians have convinced themselves by repeating the slogan “mutation and natural selection” that these genes and their resultant polypeptides could evolve. Unless there is some selective advantage in the assembly of these genes, you are dependent solely on random process to generate these genes and their resultant proteins.Kleinman said:Why don’t describe to us the selective process that would evolve a gene de novo? Why don’t you tell us what the components of the DNA replicase system were doing before DNA could be replicated?cyborg said:Why don't you tell us the mathematics of de novo?
That’s not quite correct. I have the mathematics of one of your own high placed scientist at the National Cancer Institute who wrote a computer simulation of random point mutations and natural selection. This model was peer reviewed and published in Nucleic Acids Research. This is an Oxford University Press scientific journal. I was invited by this scientist to study his model and I did what I have been trained to do with computer simulations. I did a parametric study of his model and obtained quantitative results, not qualitative results. Study this thread and the thread on this topic on the Evolutionisdead forum and perhaps you will understand the ‘mathematical impossibility’ that this computer model demonstrates for your theory. But this is not the worst news for your theory. It is the lack of a selective process to evolve genes de novo that prevents any computer simulation from truly demonstrating your theory.cyborg said:Oh that's right. You can't. You speak of 'mathematical impossibility' but all you've got is qualitative incredulity.
The mathematics is there for anyone who wants to look for it. After all, you found my error about the effect of population on the probabilities of a mutation occurring at a particular locus. If you look closely, you will find two other algebraic errors I have made on these threads, one of which Dr Schneider corrected and another which Myriad corrected. None of these errors I have made affect the underlying premise of my argument. So study these threads and learn why your theory has at least two fatal mathematical flaws which makes your theory impossible.cyborg said:Which does of course explain why your posts are almost devoid of any semblance of anything that could be considered mathematic.
I agree that mathematics is precise, this is why I don’t allow this discussion to diverge too far from the mathematics. Mathematics minimizes the interpretation that you can impose on the data. Mathematics is forcing a structure on your slogan “mutation and natural selection”. Most people can understand balancing a checkbook. This principle is being applied to your concept of evolution based on your own accounting rules and the your books don’t balance. The worst news for you is that you don’t have an accounting rule for the evolution of a gene de novo (that’s from the beginning for you cyborg).cyborg said:The problem is that mathematics is precise kleinman, you will get no respect from mathematicians let alone biologists for your bullocks.
You think I would speculate about the length of genomes in living creatures, how could I be so unscientific? You are dreaming if you think that Unnamed’s selection mechanism has any relationship with reality, of course that makes it perfect for your theory of evolution.Kleinman said:Dr Schneider’s model shows that extremely short genomes such as his published example can evolve binding sites very rapidly (less than 1,000 generations). From existing life forms, you can get a sense of the minimum number of genes required to be free living. Google the word “symbionts” and you we find examples of life forms that have genomes less than 700,000 base pairs but are not free living and are dependent upon a host for crucial metabolic assistance in order to survive.kjkent1 said:OK, so your position is that as 700,000 is the empirical reality of the smallest free living life form, that this is the actual minimum possible genome size.
But, your position is merely speculation -- not science, so we'll just have to toss it out. Which leaves the argument right where it was, with you having to prove that Unnamed's selection mechanism is flawed. Otherwise, he's successfully rebutted your contention that evolution is unreasonably slow.
Do you care to tell us what gene evolved de novo to lead to dwarfism? I think you are having the same problem understanding the terminology “de novo” that cyborg is having. De novo means “from the beginning”.Kleinman said:Why don’t describe to us the selective process that would evolve a gene de novo? Why don’t you tell us what the components of the DNA replicase system were doing before DNA could be replicated? Do you want to tell us how ribose could form in the primordial soup? Or are these a few minor gaps in your theory?articullet said:Gee, you ought to get out more instead of trying to invent mathematical formulas that prove evolution wrong. De novo mutations happen in genes all the time. Heard of dwarfism?
Finally! What harm does it do to look in depth and critically (as I don't genuinely believe that you've done) at John's theory, starting with an open mind.
Hmmm, I had JREF board troubles until an hour or so ago. I see others may not have had problems.
In the first place there is no evidence that any of the processes you've cited were present in the first life form, especially in their current form. And most definitely weren't. And most of the proteins you've mentioned are not encoded by single genes. They are the product of enzymatic reactions from multiple genes which have multiple functions currently and historically. So there would definitely be selection pressures acting on those genes to get them to the state we seen them now.The is/are no selection process(es) that would evolve any gene from the beginning. Nothing that would select the sequence of bases for the genes that code for hemoglobin or insulin or for the numerous genes that code for the enzymes in the Krebs cycle or the proteins needed in the DNA replicase system or the proteins in the coagulation cascade or the tens of thousands of other proteins that are required by living things. Somehow, evolutionarians have convinced themselves by repeating the slogan “mutation and natural selection” that these genes and their resultant polypeptides could evolve. Unless there is some selective advantage in the assembly of these genes, you are dependent solely on random process to generate these genes and their resultant proteins.
De novo is Latin for “from the beginning” or “anew”. When I apply this terminology to a gene, such as “de novo evolution of a gene”, what I am say is the new evolution of an entire gene. For example, at one time the gene which codes for hemoglobin did not exist. If I understand your theory, at some time in the distant past, this gene evolved on creatures for which it served as a selective advantage. So the first base for the sequence mutated on one of these creatures. Since a single base does not code for anything, there was no selective advantage for that creature. So a second base for the sequence of that gene occurred without selection. Still only two bases, not enough to code for a single amino acid therefore no selective advantage. A third base in the sequence occurs by random mutation without selection. Now you can code for a single amino acid but what selective advantage do you have? You continue to have random mutations without selection because what benefit is a partially completed gene that codes for a non-functional protein? There is no selection process that would select for a gene from the beginning. Until the gene has sufficient length to code for some beneficial polypeptide, you have no selection process. Without a selection process, the probabilities of forming a gene de novo by random mutations alone is infinitesimally small. I hope this is not too convoluted for you to understand.articullet said:Kleinman--de novo means a new mutation--one that is not inherited. Most forms of achondroplasia are due to a de novo mutations; though achondroplasia itself is autosomal dominant.
Kleinman said:The is/are no selection process(es) that would evolve any gene from the beginning. Nothing that would select the sequence of bases for the genes that code for hemoglobin or insulin or for the numerous genes that code for the enzymes in the Krebs cycle or the proteins needed in the DNA replicase system or the proteins in the coagulation cascade or the tens of thousands of other proteins that are required by living things. Somehow, evolutionarians have convinced themselves by repeating the slogan “mutation and natural selection” that these genes and their resultant polypeptides could evolve. Unless there is some selective advantage in the assembly of these genes, you are dependent solely on random process to generate these genes and their resultant proteins.
Kleinman said:RecoveringYuppy said:In the first place there is no evidence that any of the processes you've cited were present in the first life form, especially in their current form. And most definitely weren't. And most of the proteins you've mentioned are not encoded by single genes. They are the product of enzymatic reactions from multiple genes which have multiple functions currently and historically. So there would definitely be selection pressures acting on those genes to get them to the state we seen them now.
For example, at one time the gene which codes for hemoglobin did not exist. If I understand your theory, at some time in the distant past, this gene evolved on creatures for which it served as a selective advantage.
No thanks, I'd rather talk about evolution.Speculate all you want but don’t call it science. Why don’t you speculate on what the selection mechanism was that led to the formation of the very first gene?
Ok RecoveringYuppy, let’s run with this. The protein portion of the hemoglobin complex is composed of two different polypeptide globins. Are your arguing that these globins are not transcribed from their corresponding genes? If not, you only weaken your argument more so since now you have two genes, neither of which have a selection process to evolve them de novo to form the hemoglobin complex.Kleinman said:For example, at one time the gene which codes for hemoglobin did not exist. If I understand your theory, at some time in the distant past, this gene evolved on creatures for which it served as a selective advantage.RecoveringYuppy said:Earth to Kleinman: There is no gene for hemoglobin.
Kleinman said:Speculate all you want but don’t call it science. Why don’t you speculate on what the selection mechanism was that led to the formation of the very first gene?
Kleinman said:RecoveringYuppy said:No thanks, I'd rather talk about evolution.