M
Melchior
Guest
Last months Touchstone magazine. You skeptics out there should enjoy this. ![Thumbs up :thumbsup: đ](https://cdn.jsdelivr.net/joypixels/assets/8.0/png/unicode/64/1f44d.png)
touchstonemag.com/archives/issue.php?id=76
Mel
![Thumbs up :thumbsup: đ](https://cdn.jsdelivr.net/joypixels/assets/8.0/png/unicode/64/1f44d.png)
touchstonemag.com/archives/issue.php?id=76
Mel
How about linking some pro-ID stuff, brother?I appreciate what Intelligent Design is trying to do, keep God in science. Not sure thatâs even possible anymore since science has been defined from at least the time of Darwin as pertaining to the natural, not supernatural. To invoke âGodâ as the cause automatically puts this outside of the scientific method.
While there are many good books defending Intelligent Design (Dembski in particular), there are many critical books by well-known scientific and university publishers:
God, the Devil, and Darwin: A Critique of Intelligent Design Theory by Shanks (Oxford Univ, 2004)
Creationismâs Tojan Horse: The Wedge of Intelligent Design by Forrest/Gross (Oxford Univ, 2003)
Why Intelligent Design Fails: A Scientific Critique of the New Creationism by Young/Edis (Rutgers Univ, 2004)
Finding Darwinâs God by Kenneth R. Miller (1999)
Tower of Babel: The Evidence Against the New Creationism by Robert Pennock (2000)
And some books that present âboth sidesâ like
Intelligent Design Creationism and Its Critics by Robert Pennock (1999)
Debating Design: From Darwin to DNA edited by William Dembski and Michael Ruse (Cambridge Univ, 2004)
Phil P
Iâd like to hear about an experiment that verifies ID. If there are none, then itâs not science, and Iâd put it over in the philosophy section.I confess I havenât done much reading on this. But isnât Intelligent Design simply an expansion of or a more detailed version of the Argument from Design? That is an argument for Godâs existence based on the undisputed design apparent in the universe.
While modern biology and physics and cosmology can provide even more detailed evidence of design, doesnât the basic argument remain in the realm of philosophy, not science?
The scientific method cannot, by its own rules, look outside the material evidence at hand, or seek a philosophical or teleological explanation of things.
And you have an experiment that verifies macro evolution? Could we have the details please?Iâd like to hear about an experiment that verifies ID. If there are none, then itâs not science, and Iâd put it over in the philosophy section.
What like Eddington observing the deviation of light by the gravitational attraction of the sun to demonstrate GR?Incidently, I donât know of any scientific theory that has been verified. Experiments only disprove theories.
What like Eddington observing the deviation of light by the gravitational attraction of the sun to demonstrate GR?
Like Aspectâs experiments demonstrating the violation of Bellâs inequality and the foundation of quantum mechanics?
Like the the observation of the orbital precession of Mercury demonstrating GR?
Like the radiolabelling experiment of Hershey and Chase that showed the genetic code was carried by DNA rather than protein?
Like Galileoâs experiments with balls and slopes verifying gravitational dynamics?
Like Newton using a prism to demonstrate the truth of the hypotheis that white light is a composite of coloured light?
I could go on indefinitely. You are mistaken.
Alec
[](http://www.evolutionpages.com %20[/QUOTE)]
I made a living at science for many years and hold a PhD in Physics. So if I am mistaken a lot of other people were mistaken all these years.
The gravitational attraction of the sun and the prececssion of Mercury demonstrated that GR probably described the effects better than Newtonian gravity. The results were very close to the experimental error. They did not prove that GR is more valid than any other possible theory, since we do not know all other possible theory.
The experiments in QM only proved that QM described the process better than previous threories; though you can still get an argument on it.
Any Freshman book on science will explain that the Scientific Method consists in disproving the null hypothesis; not in proving the hypothesis you want to believe.
Experience will teach you that your results are never conclusive, just highly probable, because of experimental error
I fully agree, itâs just that your first statement, that experiments can only disprove theories, is not complete. One possible result of an experiment can certainly be to disprove a theory, but experimental results can also lend support for a particular theory.I made a living at science for many years and hold a PhD in Physics. So if I am mistaken a lot of other people were mistaken all these years.
The gravitational attraction of the sun and the prececssion of Mercury demonstrated that GR probably described the effects better than Newtonian gravity. The results were very close to the experimental error. They did not prove that GR is more valid than any other possible theory, since we do not know all other possible theory.
The experiments in QM only proved that QM described the process better than previous threories; though you can still get an argument on it.
Any Freshman book on science will explain that the Scientific Method consists in disproving the null hypothesis; not in proving the hypothesis you want to believe.
Experience will teach you that your results are never conclusive, just highly probable, because of experimental error
Nevertheless you are mistaken. Your argument above is a good example of argument from authority. Your PhD impresses me not at all, since I have a good one of my own.I made a living at science for many years and hold a PhD in Physics. So if I am mistaken a lot of other people were mistaken all these yearsâŚ
Your mistaken statement to which I reacted was: âExperiments only disprove theories.â This is plainly not true. It might be true in some sort of Popperian or Fisherian paradise, but in the real world of science in practice, experiments are conducted that have the consequence of supporting hypotheses - indeed experiments are often designed not to disprove a hypotheis but to give positive support to one. Science would make little or no progress if we designed experiments only to disprove hypotheses.Any Freshman book on science will explain that the Scientific Method consists in disproving the null hypothesis; not in proving the hypothesis you want to believe.
Experience will teach you that your results are never conclusive, just highly probable, because of experimental error