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posted by n1 on Wednesday October 01 2014, @02:24AM   Printer-friendly
from the mental-gymnatiscs-championship dept.

David P. Barash, an evolutionary biologist and professor of psychology at the University of Washington, writes in the NYT that every year he gives his students The Talk, not as you might expect, about sex, but about evolution and religion. According to Barash many students worry about reconciling their beliefs with evolutionary science and just as many Americans don’t grasp the fact that evolution is not merely a “theory,” but the underpinning of all biological science, a substantial minority of his students are troubled to discover that their beliefs conflict with the course material. "There are a couple of ways to talk about evolution and religion," says Barash. "The least controversial is to suggest that they are in fact compatible." Stephen Jay Gould called them "nonoverlapping magisteria," noma for short, with the former concerned with facts and the latter with values." But Barash says magisteria are not nearly as nonoverlapping as some of them might wish. "As evolutionary science has progressed, the available space for religious faith has narrowed: It has demolished two previously potent pillars of religious faith and undermined belief in an omnipotent and omni-benevolent God."

The twofold demolition begins by defeating what modern creationists call the argument from complexity - that just as the existence of a complex structure like a watch demands the existence of a watchmaker, the existence of complex organisms requires a supernatural creator. "Since Darwin, however, we have come to understand that an entirely natural and undirected process, namely random variation plus natural selection, contains all that is needed to generate extraordinary levels of non-randomness. Living things are indeed wonderfully complex, but altogether within the range of a statistically powerful, entirely mechanical phenomenon." Next to go is the illusion of centrality. "The most potent take-home message of evolution is the not-so-simple fact that, even though species are identifiable (just as individuals generally are), there is an underlying linkage among them — literally and phylogenetically, via traceable historical connectedness. Moreover, no literally supernatural trait has ever been found in Homo sapiens; we are perfectly good animals, natural as can be and indistinguishable from the rest of the living world at the level of structure as well as physiological mechanism." Finally there is a third consequence of evolutionary insights: a powerful critique of theodicy, the effort to reconcile belief in an omnipresent, omni-benevolent God with the fact of unmerited suffering. "But just a smidgen of biological insight makes it clear that, although the natural world can be marvelous, it is also filled with ethical horrors: predation, parasitism, fratricide, infanticide, disease, pain, old age and death — and that suffering (like joy) is built into the nature of things. The more we know of evolution, the more unavoidable is the conclusion that living things, including human beings, are produced by a natural, totally amoral process, with no indication of a benevolent, controlling creator."

Barash concludes The Talk by saying that, although they don’t have to discard their religion in order to inform themselves about biology (or even to pass his course), if they insist on retaining and respecting both, they will have to undertake some challenging mental gymnastic routines. "And while I respect their beliefs, the entire point of The Talk is to make clear that, at least for this biologist, it is no longer acceptable for science to be the one doing those routines."

 
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  • (Score: 2) by c0lo on Wednesday October 01 2014, @03:45AM

    by c0lo (156) Subscriber Badge on Wednesday October 01 2014, @03:45AM (#100282) Journal

    Science is a *method*. It's the study of measurable things. Note that *measurable*. They must be studied following a specific methodology (e.g. use of controls in lab science), and the results must be repeatable by anyone else following the same protocol.

    <pedantic mode="on">
    Quite strong conditions you raise here:

    1. measurability - the fact that you can't reliable measure quantum properties doesn't stop quantum mechanics be science (observability/detectability are weaker conditions but still good enough for science)
    2. empirical repetability - the fact that some objects/systems/experiments cannot be brought under same initial conditions or subjected to an experimentation protocol doesn't make their study less scientific (e.g. astrophysics - wouldn't it be nice if you could subject a massive rotating black hole to an experimental protocol? Like, throw things in it [wikipedia.org] see if you can stop the rotation, then bring it back in the initial rotational state to let others repeat the experiment?)
      .
    3. do you exclude maths [xkcd.com] from science? (there's no good or bad answer: some will exclude it some won't [wikipedia.org]. In any case, much of the maths isn't empirical at all: nothing to measure, nothing to subject to a protocol, but... Oh, boy... plenty of passion when it comes to falsifiability)

    So... professor, is an epistemology refresher [wikipedia.org] right for you?

    (wouldn't be falsifiability [wikipedia.org] the only mandatory requirement against science?)

    </pedantic>

    Note: all the above doesn't make less valid the discourse that follows the "science=repeatable empiricism+measurements" statement.

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  • (Score: 2) by HiThere on Wednesday October 01 2014, @08:43PM

    by HiThere (866) Subscriber Badge on Wednesday October 01 2014, @08:43PM (#100643) Journal

    Even falsifiability is questionable. Many accepted scientific theories have predictions that can not be tested even in principle. My favourite, quantum theory, has several contradictory interpretations. It's just that the interpretations agree at every place where they can be tested. AFAIK, there is not even theoretically a way to test whether the Everett-Graham-Wheeler multi-world interpretation of quantum theory is correct. Yet few people would say that it's not a scientific theory. And this is but one spectacular edge case, there are many.

    OTOH, is string theory a scientific theory? (This question by be based on obsolete data.) There are theoretical ways to test it, but they require things like an accelerator light years in length. The math is there, precise, accurate, and formidable, but the experimental tests that have been proposed are totally unreasonable. Does that count as falsifiable?

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