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Originally posted by HappyBunny
What about the Cambrian Explosion?
Ever since Darwin there has been a disturbing void, both paleontological and psychological, at the base of the Phanerozoic eon. If his theory of gradualistic evolution be true, then surely the pre-Phanerozoic oceans must have swarmed with living animals -- despite their conspicuous absence from the early fossil record.
(N. J. Butterfield, "Terminal Developments in Ediacaran Embryology," Science, Vol. 334:1655-1656 (December 23, 2011).)
Professor Philip Donoghue said: "We were very surprised by our results -- we've been convinced for so long that these fossils represented the embryos of the earliest animals -- much of what has been written about the fossils for the last ten years is flat wrong. Our colleagues are not going to like the result."
Wherever the Doushantuo fossils eventually end up, it will clearly not be within "crown-group" Metazoa. Does this then mean there were no early Ediacaran animals? Not at all. No fossil assemblage, however well preserved, provides a full account of past diversity, particularly when the local conditions are so extraordinary as to fossilize nuclei and other intracellular constituents. The "exceptional" fossil record is, by any measure, woefully unrepresentative and incomplete.
(N. J. Butterfield, "Terminal Developments in Ediacaran Embryology," Science, Vol. 334:1655-1656 (December 23, 2011). )
It is possible that the eyes of Anomalocaris had even more than 16,000 lenses -- the fossils are detailed, but they are not perfect. In fossil form, the stalked eyes are flattened, like pancakes. But Paterson speculates that the eyes of a living anomalocaridid would have been bulbous, and that if non-flattened eyes were to be found, many more lenses would be discovered on the other side.
Very few modern animals, particularly arthropods, have eyes as sophisticated as this," says Paterson. Houseflies, for instance, have a mere 3000 lenses. The only comparable species are some predatory dragonflies that have up to 28,000 lenses in each eye.
Originally posted by Brasov
By direct application of Evolution's mutation and selection, computers write music today using random genetic algorithms.
Originally posted by squiz
Originally posted by Brasov
By direct application of Evolution's mutation and selection, computers write music today using random genetic algorithms.
Exactly! programmed by intelligence.
Originally posted by squiz
Originally posted by Brasov
By direct application of Evolution's mutation and selection, computers write music today using random genetic algorithms.
Exactly! programmed by intelligence.
Originally posted by andersensrm
reply to post by edmc^2
So you really think that evolution doesn't exist??? Or is just that life was created, which I don't think anyone can deny. Life is created all the time, every day, nothing new and exciting there
"For since the creation of the world His invisible attributes, His eternal power and divine nature, have been clearly seen, being understood through what has been made, so that they are without excuse."-- Rom 1:20 (NASB)
Originally posted by squiz
Originally posted by HappyBunny
What about the Cambrian Explosion?
It was a period where an enormous amout of genetic information appeared arcross multiple life forms, not just one line branching into another. And not just the enormous amount of genetic information for one creature but potentialy 100's
Practically all the phyla appeared together. Yes over maybe ten million years. A mere blink of geological time.
Check the rates of mutations, work out how many new genes might be required for the vast array of body types and new organs. I'll think you'll find it's quite a bit of time. Despite the simultaneos arrival and all that.
This was darwins big problem, and infact it has only got worse. He hoped the intermediates would eventually appear.
This one is very recent.
Ever since Darwin there has been a disturbing void, both paleontological and psychological, at the base of the Phanerozoic eon. If his theory of gradualistic evolution be true, then surely the pre-Phanerozoic oceans must have swarmed with living animals -- despite their conspicuous absence from the early fossil record.
(N. J. Butterfield, "Terminal Developments in Ediacaran Embryology," Science, Vol. 334:1655-1656 (December 23, 2011).)
Guess what? those embryos they were not embryos at all.
Professor Philip Donoghue said: "We were very surprised by our results -- we've been convinced for so long that these fossils represented the embryos of the earliest animals -- much of what has been written about the fossils for the last ten years is flat wrong. Our colleagues are not going to like the result."
www.sciencedaily.com...
Here goes the slush thingy. Can't use that old one anymore.
Wherever the Doushantuo fossils eventually end up, it will clearly not be within "crown-group" Metazoa. Does this then mean there were no early Ediacaran animals? Not at all. No fossil assemblage, however well preserved, provides a full account of past diversity, particularly when the local conditions are so extraordinary as to fossilize nuclei and other intracellular constituents. The "exceptional" fossil record is, by any measure, woefully unrepresentative and incomplete.
You just proved my point. They're saying that yes, there were Ediacaran animals, so I'm not quite sure what your issue is. Sounds to me that you have no idea when the Slush Thingy was.
We may never get a full account of past diversity. We don't even know how many species are on Earth at this very moment, for heaven's sakes.
If I were you, I'd put more energy into trying to prove that life required a designer instead of trying to hold science to a higher standard than you set for your own hypothesis.
Here's another vey recent discovery.
The very first eye was even more complicated than most of the compound insect and arthropod eyes that exist today!
It is possible that the eyes of Anomalocaris had even more than 16,000 lenses -- the fossils are detailed, but they are not perfect. In fossil form, the stalked eyes are flattened, like pancakes. But Paterson speculates that the eyes of a living anomalocaridid would have been bulbous, and that if non-flattened eyes were to be found, many more lenses would be discovered on the other side.
www.nature.com...
Very few modern animals, particularly arthropods, have eyes as sophisticated as this," says Paterson. Houseflies, for instance, have a mere 3000 lenses. The only comparable species are some predatory dragonflies that have up to 28,000 lenses in each eye.
www.newscientist.com...
So what? Who says there's a lower limit on the number of eyes a species can have? There's no rule that says a creature has to become more complex with time.edit on 1/11/2012 by HappyBunny because: (no reason given)
Originally posted by Brasov
Wrong, what man is doing is simply copying an algorithm from Nature. If you copy a stone does it mean stones are intelligent?
modern science has discovered vast quantities of complex, specific information in even the simplest self-reproducing organism. Mycoplasma genitalium has the smallest known genome of any free-living organism, containing 482 genes comprising 580,000 bases.3 Of course, these genes are only functional with pre-existing translational and replicating machinery, a cell membrane, etc. But Mycoplasma can only survive by parasitizing more complex organisms, which provide many of the nutrients it cannot manufacture for itself. So evolutionists must posit a more complex first living organism with even more genes.
www.answersingenesis.org...
Originally posted by HappyBunny
You guys make it sound like it happened overnight. We split off from the chimps only 5 million years ago.
I think I already made it clear that those organisms most likely existed already, but the biggest difference was in size.
This one is very recent.
It was 600 million years ago, and you say it's recent? Seriously?
There's no such thing as a missing link or an intermediate.
What is the point of that quote? In another paper, Butterfield says that the Sirius Passet and Chengiang fossils--very early Cambrian, were misidentified and are in fact arthropods. Morris screwed up when he went through the Burgess Shale fossils. He kept identifying all these new phyla, but in fact the vast majority of the fossils fit into existing phyla which is just where Walcott had them in the first place.
Wherever the Doushantuo fossils eventually end up, it will clearly not be within "crown-group" Metazoa. Does this then mean there were no early Ediacaran animals? Not at all. No fossil assemblage, however well preserved, provides a full account of past diversity, particularly when the local conditions are so extraordinary as to fossilize nuclei and other intracellular constituents. The "exceptional" fossil record is, by any measure, woefully unrepresentative and incomplete.
You just proved my point. They're saying that yes, there were Ediacaran animals, so I'm not quite sure what your issue is. Sounds to me that you have no idea when the Slush Thingy was.
If I were you, I'd put more energy into trying to prove that life required a designer instead of trying to hold science to a higher standard than you set for your own hypothesis.
So what? Who says there's a lower limit on the number of eyes a species can have? There's no rule that says a creature has to become more complex with time.
Originally posted by squiz
You've missed several points. For one he starts with biological functionally specified information right at the very beginning with the genetic algorithm. So we've just simply jumped over the very thing we are considering straight away. This is not the type of information that is in a stone or a snowflake for that matter.
Originally posted by squiz
The information requires machines in this case it is the computer. Go back and read the abstract from a thermodynamics point of view.
Originally posted by squiz
Secondly the program is goal oriented to produce functional music.
Originally posted by squiz
And when the programme stops running the genetic algorithm has not changed, it has not evolved more lines of code.
Originally posted by squiz
Very nice. Too true, there is no such thing as a simple life form.
A new molecule that performs the essential func.tion of life - self-replication - could shed light on the origin of all living things. If that wasn't enough, the laboratory-born ribonucleic acid (RNA) strand evolves in a test tube to double itself ever more swiftly.
Originally posted by squiz
Really? Small gradual steps to complexity, hmmm… Where have I heard that before?
Originally posted by squiz
reply to post by Brasov
What's your answer to Doug Axes work, in particular the folding problem? It seems if you could present a workable model you could falsify his work?edit on 12-1-2012 by squiz because: (no reason given)
Originally posted by squiz
But yes Darwinism is a simple search algorithm, a random search. Not just for arrangement but functionality.
This is why the folding problem is so difficult.
The folding problem for the scientist and the problem for the cell are totally different. The scientist ignores the formation sequence of the protein, so he has to work with the whole unfolded molecule. For him it's a search algorithm with zillions of possible solutions.
Originally posted by squiz
reply to post by Brasov
Proof? You can suggest anything you want really it doesn't make it happen.
Levinthal paradox
Indeed, the protein folding intermediates and the partially folded transition states were experimentally detected, which explains the fast protein folding.