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Why evolution doesn't work.

Pete Harcoff

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Originally posted by Rising Tree
Pete, is this process of crystal formation spontaneously reversible?  If not, then crystal formation is actually to a state of disorder, as two once-separate chemicals are now mixed together.  Whichever situation does not spontaneously arise from the other is the more highly-ordered situation.

So... now you're claiming that solids have a higher state of entropy than liquids. I don't know what classes in thermodynamics you took, but you've got it completely backwards.

And btw, the process of crystal formation is reversible. If there is heat applied to the solution, the sugar will dissolve.

For a more readily available example, just look at the process of evaporation/condensation. Again, according to your version of 2LOT, we should have either snow/ice, water, or water vapor. Yet, we have all three, and they "spontaneously" change back and forth on a regular basis. I wonder why that is?


The fact that mutations are chance refutes the argument that evolution is not time-plus-chance.

No it doesn't. You're ignoring the filtering mechanism for mutations (that is, organisms with mutations that promote survival will be more likely to pass on those mutations than organisms with mutations determental to survival).
 
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Risen Tree

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Thanks, s0uljah. :)  But don't worry, I have seen worse.

seebs, if chance is thrown into the mix, then the process is random. If random process A is combined with deterministic (non-random) process B, then the output is random, not deterministic.
 
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Originally posted by sulphur
As a geoligist I regard the last statements as illinformed. I have seen a crystal of gold ,isometric of course without any defects.please learn what you are talkinc about

You are a geologist, but you can't spell the word? :scratch: Where did you get your degree?
 
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seebs

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Originally posted by Rising Tree
Thanks, s0uljah. :)  But don't worry, I have seen worse.

seebs, if chance is thrown into the mix, then the process is random. If random process A is combined with deterministic (non-random) process B, then the output is random, not deterministic.

"random" is a term of art with multiple possible meanings; in particular, note that "non-random" does not necessarily mean "deterministic" in this context.

"random" implies, strictly, that *all outcomes are equally likely*. If they aren't, the process isn't "random".

Take a few types of dirt with different qualities, mix 'em in water, shake it up, and let it settle. You'll get bands. Why? Because, even though the particle movements are random, there are *also* non-random processes.

We can't tell you where a given speck of dirt will end up; we can tell you that most of the light stuff will end up on top.

Same thing happens with mutation and natural selection; we can't predict exactly what outcomes we get, but there *are* patterns to the outcomes, as there should be. If you put bacteria in gradually-hotter water, the random mutations in them are *selected* to breed bacteria which can take the heat better.

You're getting caught up in the multiple ways in which things can be "random", and coming to false conclusions; I think this is technically the fallacy of equivocation, although it's clearly not intentional.
 
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Originally posted by sulphur
Sorry souljah ,I think CODES is rated about 7 in the world.Check it out for yourself.And you little pedant don't ever make a mistake because every one is going to be magnified

I'm a pedant because I think a professional geologist would know how to spell the name of his own profession. Ok. :rolleyes:

By the way, is that a threat?
 
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No is not threat but a response to your unchristian respones.University of TAsmania .The world symposium 1966.continental drift.development of the codes program involving post graduates from around the world. myself 1969-1973 BSc.hons
With your intellect you would not get near the place.
And it has improved
 
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Risen Tree

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seebs:

"random" is a term of art with multiple possible meanings; in particular, note that "non-random" does not necessarily mean "deterministic" in this context.

The last time my professors and I checked, "non-random" and "deterministic" were synonyms.

"random" implies, strictly, that *all outcomes are equally likely*. If they aren't, the process isn't "random".

The first statement is only true for Uniform distributions; the second statement isn't true at all.  For example, different outcomes under the Normal (Bell Curve) distribution have different probabilities.  Outcomes near the mean are far more likely to emerge than a stray outlier that is well away from the mean.  Yet the Normal process is very much random.

If you put bacteria in gradually-hotter water, the random mutations in them are *selected* to breed bacteria which can take the heat better.

The mutations that occur are entirely independent of how much they are needed.  This is the definition of evolution without Intelligent Design guiding the process.  An organism cannot choose to evolve a certain gene.  Now, once it does get the gene, it COULD spread throughout the gene pool, assuming that it survives the initial stages and actually manages to propagate.
 
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Originally posted by sulphur
And would you please tell me your qualifications so that I can judge you

You already have judged me. Besides, I didn't claim to be an authority on a subject that I spelled wrong. If I said, "Hey guys, you should listen to me about addition cause Im a mathometician!" would you believe me?
 
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Orihalcon

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Originally posted by Rising Tree
Whichever situation does not spontaneously arise from the other is the more highly-ordered situation.

if we inject liquid water into a closed system with little heat energy it will spontaneously freeze.

if we place ice into a closed system with a lot of heat energy it will spontaneously melt.

which is more highly ordered?
 
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Corey

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Originally posted by Rising Tree
The last time my professors and I checked, "non-random" and "deterministic" were synonyms.

No. You are, in fact, incorrect. Nonrandom means that not all outcomes are equally likely. That's all. One or more outcomes are more likely than the others, but all outcomes have at least a minimal chance of occurring (e.g., rolling a loaded die). Deterministic means that one and only one outcome is overwhelmingly likely to happen.

The first statement is only true for Uniform distributions; the second statement isn't true at all.  For example, different outcomes under the Normal (Bell Curve) distribution have different probabilities.  Outcomes near the mean are far more likely to emerge than a stray outlier that is well away from the mean.  Yet the Normal process is very much random.

Again, you are wrong. I would ask for your money back from your statistics professors. You are confusing sample means with population means and the test statistics used to compare them. A t statistic (or Chi or F) has a certain probability of occurring given that the null hypothesis is true. A random draw from ANY distribution will not show statistically difference from the population. A nonrandom draw from a population will show a statistical difference.

The Normal Distribution is simply a description of the population. We can compare two normally distributed samples to see if they belong together, but in and of itself, you cannot make determinations of probability on single sample draws as you imply above.

The mutations that occur are entirely independent of how much they are needed.  This is the definition of evolution without Intelligent Design guiding the process.  An organism cannot choose to evolve a certain gene.  Now, once it does get the gene, it COULD spread throughout the gene pool, assuming that it survives the initial stages and actually manages to propagate.

You show a very good understanding of natural selection. What is your problem with evolution?
 
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Risen Tree

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which is more highly ordered?

It depends on which side of the freezing line the H2O is on.

Nonrandom means that not all outcomes are equally likely. That's all. One or more outcomes are more likely than the others, but all outcomes have at least a minimal chance of occurring (e.g., rolling a loaded die). Deterministic means that one and only one outcome is overwhelmingly likely to happen.

You do have a point.  In a continuous distribution, the odds of generating a precise value are infintesimally (sp?) small.  However, the odds of generating a number from certain bins of numbers differs across the bins for all numbers for all continuous distributions save the Uniform distribution.

Again, you are wrong. I would ask for your money back from your statistics professors. You are confusing sample means with population means and the test statistics used to compare them. A t statistic (or Chi or F) has a certain probability of occurring given that the null hypothesis is true. A random draw from <B>ANY</B> distribution will not show statistically difference from the population. A nonrandom draw from a population will show a statistical difference.

Corey, I know the difference between hypothesis testing and random number generation very well, and there is no need to resort to insults to attempt to show that I don't. :rolleyes:&nbsp; I'm not talking about hypothesis testing here.

The Normal Distribution is simply a description of the population. We can compare two normally distributed samples to see if they belong together, but in and of itself, you cannot make determinations of probability on single sample draws as you imply above.

Read the above.&nbsp; Given Normal distribution with parameters (0, 1), which is more likely to result from single run of a random simulation, a number close to 0 or close to 3?

You show a very good understanding of natural selection. What is your problem with evolution?

Thanks. :)&nbsp;&nbsp;Refer to&nbsp;the first post of this thread.
 
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Orihalcon

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Originally posted by Rising Tree
It depends on which side of the freezing line the H2O is on.

i presented 2 examples.&nbsp; so you're saying that water, both frozen and liquid, can be more highly ordered than each other, just depending on where you start and where it finishes?

by that argument, life began because it is less ordered than inanimate junk.&nbsp; and then it decomposes because it is also more ordered than inanimate junk.
 
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ocean

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s0uljah,

Sulphur's mistake was obviously a typo. Let it go.

Rising Tree,

You are using circular reasoning. This is a logical fallacy.

Why are you trying to prove Creationism by trying to debunk evolution? Even if you disprove evolution (which you won't), it doesnt prove Creationism in any way.

If evolution is ever debunked, a new, better theory will come along. It won't be assumed that because evolution is incorrect, your religious belief must be true.
 
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Corey

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Originally posted by Rising Tree
It depends on which side of the freezing line the H2O is on.

Please show me where order and disorder are defined in the Second Law.

You do have a point.&nbsp; In a continuous distribution, the odds of generating&nbsp;a precise value are infintesimally (sp?) small.&nbsp; However, the odds of generating a number from certain bins of numbers differs across the bins for all numbers for all continuous distributions save the Uniform distribution.

You are still confusing probability and randomness.

Throw a 6-sided die. That has a uniform probability distribution.

Throw several 6-sided dice. The probability distribution is now normal.

If your dice are not loaded (i.e., fair & random dice), repetitive throws should approximate the theoretical distributions of each test. If they are loaded in some way (i.e., nonrandom), then the distribution of totals from your throws will shift one way or the other.

Corey, I know the difference between hypothesis testing and random number generation very well, and there is no need to resort to insults to attempt to show that I don't. I'm not talking about hypothesis testing here.

I refuted your point with a hypothesis testing example. It doesn't matter if you were talking about it or not. The Central Limit Theorem states that a plot of the mean of random samples from a population will follow a distribution around population mean...this is true for even Uniform Distributions. When talking about distributions, randomness may be defined by whether or not the sample is statistically different from the population under:

H0: X = Mu

You derive a test statistic that has a probability of occurence if the sample drawn is a random sample from that population. This is different from the probability of making any single draw.

Read the above.&nbsp; Given Normal distribution with parameters (0, 1), which is more likely to result from single run of a random simulation, a number close to 0 or close to 3?

You are making a single random draw, by definition, all are likely to occur. The mean of several random draws will be close to mean of the population.

Like I said above, this is also true for means of samples taken from a Uniform Distribution under the Central Limit Theorem.

[Editted for clarity.]
 
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Hi Guys I'm back. I just couldn't let this one slide.

Originally posted by Rising Tree
The failure of Darwin's theory of evolution can be attributed to four reasons:

Actually the failure of Darwin's theory can be attributed to only one thing: lack of genetics. However, the modern synthesis of evolutionary biology, which was begun by devout Christian Theodosius Dobzhansky with his 1937 work Genetics and The Origin of species, solved that problem by incorporating the genetic mode of inheritance into evolutionary theory. This is what students learn when they study evolution, not Darwin's theories, but rather a later elaboration of them.

If evolution is true, then the fossil record must show a continuous span of different types of species.

No it must not, since fossilization is a rare event. Thus it is highly unlikely for every ancestor of organisms living today to be preserved. However, some evolutionary histories are well recorded. Take the gradual speciation found in Forams. In fact evolutionary theory derived for extant organisms explains why gradual speciation is not found in the fossil record. Most speciation events arise from subpopulations isolated from the main group. This is because gene pools of large groups act as buffers against significant change in the short term. Gould and Eldridge realized that large populations, which are less likely to show noticeable changes, are more likely to leave fossils. Thus their theory of the fossil record, punctuated equilibrium was form.

There is only one thing required in the fossil record on a broad scale if evolution is true. Younger fossils must be more similar to modern forms than latter fossils. And guess what? This is what we see.

Science 1 - Pseudoscience 0.

Inventing so-called evidence is a classic sign of failing to admit defeat.

Great. So I guess that you'll admit that creationist are going down in defeat, since they are the only ones inventing evidence.
  1. Questionable Credentials
  2. Paluxy Man Tracks
  3. Paluxy Teeth
  4. Lies about Archaeopteryx's Authenticity
  5. C-decay
  6. Gish's Bullfrog Proteins
  7. The Bombardier Beetle
  8. Quote Mining
  9. No beneficial mutations
  10. Homology is a circular defination.
  11. Life consists of immutable kinds
  12. Chicken Lysozyme
  13. Lies about the Fossil Hominids
  14. Barriers to Evoluiton
  15. Lies about radiometric dating
  16. Macroevolution and speciation doesn't occur
  17. Etc...

Science 2 - Pseudoscience 0.

Commonly referred to as the Second Law of Thermodynamics within the physical science realm, it is a common fact of life that ordered systems spontaneously break down into chaotic systems. Anything left unattended falls apart.

No real process can happen that violates the second law of thermodynamics. Since evolution does happen Futyuma D (1997) Evolutionary Biology, 3rd edition. Sinauer Assoc.), it cannot violate 2LoT. The second law of thermodynamics states (emphasis mine):
When real (irreversible) processes occur, the degree of disorder in the system plus the surroundings increases. When a process occurs in an isolated system, the state of the system becomes more disordered. The measure of disorder in a system is called entropy S. . . . [In other words] the entropy of the Universe increases in all real processes.
(Serway R A & Beichner R J (2000) Physics for Scientists and Engineers with Modern Physics, 5th edition. Saunders College Publishing
)

Biological systems are in concordance with this because they use energy from their environment to survive and reproduce. The local reduction of entropy in living organisms is offset by an increase of entropy in the rest of the Universe. (The solar input and the heat generated by biochemical reactions accomplish this.) If the second law prevented evolution, it would also prevent life from existing at all.

Science 3 - Pseudoscience 0.

4. The Law of Biogenesis.

This has absolutely nothing to do with evolution. Evolution is the scientific diversity for the origin of the diversity of life, not the origin of life. Evolution requires an imperfect replicator for it to occur. Thus what ever processes that lead up to the origin of that first imperfect replicator are not evolution. However, since this post is about science versus pseudoscience. . .

Again, this is a scientific principle.&nbsp; Throughout the history of mankind, life has never been observed to spontaneously arise from non-life.

Note words "spontaneous" and "history of mankind." Abiogenesis involves neither of these things.

The Miller-Urey experiment attempted to show how life can spontaneously evolve from non-life.

No it did not. The MUE only set out to show how biotic chemicals can be generated by abiotic processes, and it did this, disproving some forms of vitalism.

Evolution has faith-based arguments; creation has science-based arguments.

What is this? Opposite day?

Science 4 - Pseudoscience 0.

The verdict?
Once again creationist misconceptions and falsehoods can't stand up to actual scientific review.

Tenets of Scientific Creationism

Ooo, it sounds both religious and scientific. Let's see which one it actually is.

The physical universe of space, time, matter and energy has not always existed, but was supernaturally created by a transcendent personal Creator who alone has existed from eternity.

Religious Belief

The phenomenon of biological life did not develop by natural processes from inanimate systems but was specially and supernaturally created by the Creator.

Religious Belief

Each of the major kinds of plants and animals was created functionally complete from the beginning and did not evolve from some other kind of organism. Changes in basic kinds since their first creation are limited to "horizontal" changes (variations) within the kinds, or "downward" changes (e.g., harmful mutations, extinctions).

Religious Belief

The first human beings did not evolve from an animal ancestry, but were specially created in fully human form from the start. Furthermore, the "spiritual" nature of man (self-image, moral consciousness, abstract reasoning, language, will, religious nature, etc.) is itself a supernaturally created entity distinct from mere biological life.

Religious Belief

Earth pre-history, as preserved especially in the crustal rocks and fossil deposits, is primarily a record of catastrophic intensities of natural processes, operating largely within uniform natural laws, rather than one of uniformitarian process rates. There is therefore no a priori reason for not considering the many scientific evidences for a relatively recent creation of the earth and the universe, in addition to the scientific evidences that most of the earth's fossiliferous sediments were formed in an even more recent global hydraulic cataclysm.

Religious Belief

Processes today operate primarily within fixed natural laws and relatively uniform process rates. Since these were themselves originally created and are daily maintained by their Creator, however, there is always the possibility of miraculous intervention in these laws or processes by their Creator. Evidences for such intervention must be scrutinized critically, however, because there must be clear and adequate reason for any such action on the part of the Creator.

Religious Belief

The universe and life have somehow been impaired since the completion of creation, so that imperfections in structure, disease, aging, extinctions and other such phenomena are the result of "negative" changes in properties and processes occurring in an originally perfect created order.

Religious Belief

Since the universe and its primary components were created perfect for their purposes in the beginning by a competent and volitional Creator, and since the Creator does remain active in this now-decaying creation, there does exist ultimate purpose and meaning in the universe. Teleological considerations, therefore, are appropriate in scientific studies whenever they are consistent with the actual data of observation, and it is reasonable to assume that the creation presently awaits the consummation of the Creator's purpose.

Religious Belief

Although people are finite and scientific data concerning origins are always circumstantial and incomplete, the human mind (if open to the possibility of creation) is able to explore the manifestation of that Creator rationally and scientifically, and to reach an intelligent decision regarding one's place in the Creator's plan.

Religious Belief

Hmm. Am I the only one missing the science in "creation science?"

Now, concerning randomness in evolution, biologists often explain how evolution is not random because of selection. However, we also say that evolution is not deterministic because it is random. Is there a confict here? Not at all because both sentances are using "random" differently and rarely do they ever have to appear together to cause immediate confusion.

Evolution is a random process, in a strict statistical sense. Rising_tree is trying to argue that it is without trends or biases. (That is the only use of "random" that could potentially refute evolution.) However, selection is a biased sieve that filters mutations. Thus it ensures that the process of biological evolution has trends, such that those that survive have offspring that survive. Thus we get adaptations and jury-rigged design, exactly what we see in nature.
 
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