logphage:
I trust that you've written to your local school board, requesting that the theory of the big bang as well as the theories concerning the origin of life on earth not be taught in any science class, and because the same are not reproducible [I prefer, repeatable] [the theories in question concern non-repeatable events].
And by the way, Behe is correct. Either the theory of intelligent design is falsifiable or it is not. If it is not, then we don't want to hear that there is evidence showing that the systems alleged to be "irreducibly complex" are not truly so [since such evidence, if correct, would falsify the theory and would thus mean that the theory can in fact be falsified]. One does not otherwise normally get to have one's cake and to eat it too. So it's either falsifiable or it's not, and again, if not, then please spare us any claim of contrary evidence or proof [unless, of course, you wish to change your mind and admit that the theory is falsifiable].
And by the way, how do you falsify the "random" part of random mutation? Isn't that an a priori assumption that rules out what Julian claims has not been denied? So Julian is wrong, as the use of "random" does in fact deny a designer, since no matter whether you thought that the mutation was directed at that instant or was instead a case of 1 in 1,000 but the designer programmed for 1,000,000,000 tries, both cases would still be cases of, directed by the designer and thus not random.
And by the way, you can otherwise falsify the theory by taking bacteria without a flagellum [by simply splicing out those genes] and subjecting the same to repeated selective pressure[s] and, over the next milennia or so, we'll see if our bacteria friends develop a flagellum.
And by the way, what happens if we actually did that, and not just in one lab, but in thousands? And say we did it for one million years. Do you truly think that Dawkins would then concede that evolution via random mutation via natural selection was wrong? Or would he be saying [or would his ghost be saying] that we didn't apply the right selective pressure, we didn't choose the right bacteria, etc.? Recalling again, my example on that other thread about symbiogenesis simply being a case of, it MUST be so. Again, that's not science, that's an article of faith. And if it were falsifiable, I'd be expecting some, many, in the lab trying to get our two friends to link up and then become one, just as they claim was the past scenario [I know, we're still waiting for the "spontaneous" formation of so much as a single protein, so we're more than a little behind schedule][and if Lynn Margulis is correct, we owe our existence to an act of kidnapping, i.e., that protozoan that "captured" a cyanobacteria].
Behe himself put it best:
"Of complex biochemical systems Coyne himself writes “we may forever be unable to envisage the first proto-pathways. It is not valid, however, to assume that, because one man cannot imagine such pathways, they could not have existed.” (Coyne 1996) If a person accepts Darwinian paths which are not only unseen, but which we may be forever unable to envisage, then it is effectively impossible to make him think he is wrong [my note, and so we also have the, it MUST be so]."
Please see:
http://www.trueorigin.org/behe06.aspAnd speaking of switching concepts, that is a hallmark of much of the defense of evolution via random mutation via natural selection. Go to talkorgins. And read about antibiotic resistant bacteria. Proof of change in allele frequency over time. But not proof of the origin of species by common descent, given that the resistant bacteria are still bacteria. So once again it's a case of moving the goalposts, or more correctly, switching definitions in mid-argument [in this case, our definition of the word "evolution"].
I also love the salt crystal analogy [used to show how order can arise "spontaneously" and how evolution via random mutation via natural selection does not conflict with the 2nd law of thermodynamics]. Of course, what the evolutionary biologists always fail to relate is that such owes nothing at all to anything random nor does it involve any selection. Instead, electrostatic forces explain why the sodium chloride is forced into becoming crystalline [as it were].
And by the way, the law, well, it does not require proof to a certainty. Some legal determinations are made based on a mere preponderance of the evidence, others on clear and convincing evidence, and others on proof beyond a reasonable doubt. If the odds are 1 x 10 to the 40,000 power, that would seem to imply that it is more probable than not that the answer is, no, that there is no clear and convincing evidence, and that we surely have a reasonable doubt. So, when some ask for proof of intelligent design, please remember that in the law, negative evidence can in fact be legally sufficient proof.
Now, going back to what I said above, how can we falsify evolutionary theory? It's not possible. We would need to recreate the exact circumstance, in every respect, to falsify the theory [as I said, otherwise, you and some others would simply point out that we can't be sure that we had the correct conditions (as it were)]. And since we can't recreate, we cannot falsify. Evolution via random mutation via random mutation is, accordingly, a description or interpretation of limited known data. Nothing more, nothing less.
And with that being so, I cannot see why some other mechanism cannot be posited and our children made aware of the possibility.
Oh, and peer-review? Right, the raging anti-theists such as Dawkins are just so open to publishing material that would conflict with their philosophy.
And, lastly, the debate over whether either theory is falsifiable may very well be a debate over nothing, as it is not anywhere near uniformly accepted that a theory must be Popper-falsifiable to qualify as a scientific theory. And as for why we ought to be teaching the theory to our children, please see:
http://www.lewrockwell.com/callahan/callahan150.html"Despite the fact I suspect that ID is an intrinsically flawed approach, I still endorse the efforts to have it presented in schools as an alternative to the standard theory. If ID is included in a biology course, the enrollees should certainly be informed that Neo-Darwinism is currently the orthodox view, embraced by the vast majority of working biologists. But it is precisely such firmly entrenched orthodoxies that most cry out for challenges. Even if the dominant theory succeeds in repelling all rivals, they still can serve to rescue the mainstream from the danger of self-satisfied complacency. Furthermore, many of yesterday’s orthodoxies are now regarded as quaint curiosities, because some lonely dissenters refused to accept the prevailing wisdom. To me, teaching students that all scientific ideas should be open to criticism and that broad acceptance of a theory is no guarantee of its truth seems even more valuable than conveying the details of any particular theory.
Opponents of teaching ID in schools may acknowledge my above contentions in principle, yet still protest that ID is not a genuinely scientific alternative to Neo-Darwinism. They often castigate it as "agenda-driven science," an irredeemably biased venture unworthy of serious consideration. I think this complaint rests on unsustainable picture of "real science" as an entirely objective enterprise, pristinely untouched by scientists’ personal beliefs about the nature of reality. An honest appraisal of how major scientific advances were arrived at in the past will reveal the mythical character of that image. Copernicus developed heliocentrism because he wanted to place the great light of the sun at the center of the universe, where his Neoplatonism demanded it ought to be. Kepler was dissatisfied with the Ptolemaic and Copernican models of the solar system, involving planetary orbits with their centers offset from the central body (the Earth or the Sun, respectively), because he believed that the angelic intelligences guiding the planets through the heavens could not steer them around an empty point in space. Galileo was notorious, and in the end suffered, for his propensity towards propaganda and his tendency to defend his positions with impressive rhetoric instead of solid evidence. Newton sought an alternative to the popular Cartesian physics of his time because it seemed to leave no place for an active God after His initial act of creation. Einstein famously rejected the "Copenhagen" interpretation of quantum mechanics because he thought that "God does not play dice" with the physical universe. Most great scientists and most great scientific advances have been inspired by a passionately held vision of the fundamental character of the world we inhabit. That is true of the defenders of Neo-Darwinism no less than it is of the proponents of Intelligent Design, despite the gulf separating their respective visions: the Neo-Darwinists take such umbrage at their critics because of their pre-scientific commitment to a mechanistic worldview."
You can read the rest, and note that the very next paragraph repeats what I said above re Popper and falsifiable.