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Predictions are found here.
discovery.org/scripts/viewDB/filesDB-download.php?command=download&id=546
Place the usual world wide web at the front.
Kind regards,
Paul
Predictions are found here.
discovery.org/scripts/viewDB/filesDB-download.php?command=download&id=546
Place the usual world wide web at the front.
Kind regards,
Paul
1. Well, duh. We call that biodiversity. Enxt.(1) Natural structures will be found that contain many parts arranged in intricate patterns that perform a
specific function (e.g. complex and specified information).
(2) Forms containing large amounts of novel information will appear in the fossil record suddenly and
without similar precursors.
(3) Convergence will occur routinely. That is, genes and other functional parts will be re-used in
different and unrelated organisms.
(4) Much so-called junk DNA will turn out to perform valuable functions.
What, something about the movie "expelled"?
ID doesn't make predictions. It just runs around looking for things we havn't explained yet and tries to convince us to stop looking.
Interesting. Addressing point #3:Predictions are found here.
discovery.org/scripts/viewDB/filesDB-download.php?command=download&id=546
Place the usual world wide web at the front.
Kind regards,
Paul
I posted a link that makes predictions and some people here claim that they have been falsified so irreducible complexity has fulfilled the criteria for a hypothesis.
Does any one still disagree that irreducible complexity is a valid hypothesis?
Kind regards,
[FONT="]Paul[/FONT]
I posted a link that makes predictions and some people here claim that they have been falsified so irreducible complexity has fulfilled the criteria for a hypothesis.
Does any one still disagree that irreducible complexity is a valid hypothesis?
Kind regards,
[FONT="]Paul[/FONT]
Interesting. Addressing point #3:
Consider flight in 3 different genera:
* Birds
* Mammals (bats)
* Insects
ID predicts we would see convergence, but we don't. Doesn't this mean we should modify or abandoned ID?
Points of Failure:
1. Does not consider scaffolding (which includes the loss of a previously required part).
2. Does not consider change in function or shape of any one part, or entire system.
3. Behe has yet to identify any one specific system which is indeed I.C.
4. I.C. is a negative argument. "If we cannot figure out how nature can produce this system, then it must have been designed by default."
Is that enough?
I posted a link that makes predictions and some people here claim that they have been falsified so irreducible complexity has fulfilled the criteria for a hypothesis.
(2) Forms containing large amounts of novel information will appear in the fossil record suddenly and without similar precursors.
discovery.org/scripts/viewDB/filesDB-download.php?command=download&id=546
Does any one still disagree that irreducible complexity is a valid hypothesis?
[FONT="]Only parts are falsifiable; irreducible complexity is already falsified.
Another of the 'predictions' (Table 2 (2)) makes use of information as a quantifiable, measurable property of living things, and yet fails to show how this information is defined and measured. Without that, the claim;
...is not falsifiable.
What's more, this prediction seems to imply that the fossil record is adequate to quantify the amount of novel information a form will have. If all you need is fossilized remains (usually only a minor fraction of the total mass of a creature), then the issue of quantifying novel information should be a trivial one to address.
Dang, that is wordy... sorry. Try this, instead;
I would like to measure and compare the novel information content of two animals. How do I do that?
[FONT="]
Is that a rhetorical question? [/FONT]
If not then I would postulate:
Modern animals could be done with direct observation and DNA analysis.
Dealing with the past we would have to study what we have fossils.
I would look at a modern fish skeleton and compare it to the oldest fossil fish skeleton we have and see (if any) what new features have been added.
I would look at a four-legged modern vertebra mammal and compare it to the oldest vertebra mammal and look for novel features, etc
A snake would be a good study because of the ability to unhinge the jaw; it would be interesting to see precursors of this mechanism.
Kind regards,
[FONT="]Paul [/FONT]
[FONT="]
Is that a rhetorical question? [/FONT]
If not then I would postulate:
Modern animals could be done with direct observation and DNA analysis.
Dealing with the past we would have to study what we have fossils.
I would look at a modern fish skeleton and compare it to the oldest fossil fish skeleton we have and see (if any) what new features have been added.
I would look at a four-legged modern vertebra mammal and compare it to the oldest vertebra mammal and look for novel features, etc
A snake would be a good study because of the ability to unhinge the jaw; it would be interesting to see precursors of this mechanism.
Kind regards,
[FONT="]Paul [/FONT]
[FONT="]
Is that a rhetorical question? [/FONT]
If not then I would postulate:
Modern animals could be done with direct observation and DNA analysis.
Dealing with the past we would have to study what we have fossils.
I would look at a modern fish skeleton and compare it to the oldest fossil fish skeleton we have and see (if any) what new features have been added.
I would look at a four-legged modern vertebra mammal and compare it to the oldest vertebra mammal and look for novel features, etc…
A snake would be a good study because of the ability to unhinge the jaw; it would be interesting to see precursors of this mechanism.
Kind regards,
[FONT="]Paul [/FONT]
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