science, reductionism, and order
This tendency to downgrade and diminish reflects a metaphysical prejudice that equates explanatory reduction with a grim slide down the ladder of being. Powerful explanatory schemes reveal things to be simpler than they appear. What simpler means in science is much discussed among philosophers—it is not at all a simple question. But to many materialists it seems to mean lower, cruder, and more trivial. By this way of thinking, the further we push toward a more basic understanding of things, the more we are immersed in meaningless, brutish bits of matter....
At first glance, the history of the cosmos seems to bear this out. Early on, the universe was filled with nearly featureless gas and dust, which eventually condensed to form galaxies, stars, and planets. In stars and supernovas, the simplest elements, hydrogen and helium, fused to make heavier ones, gradually building up the whole periodic table. In some primordial soup, or slime, or ooze on the early earth, atoms agglomerated into larger and more intricate molecules until self-replicating ones appeared and life began. From one-celled organisms, ever more complicated living things evolved, until sensation and thought appeared. In cosmic evolution the arrow apparently moves from chaos to order, formlessness to form, triviality to complexity, and matter to mind.
And that is why, according to philosopher Daniel Dennett, religion has it exactly upside down. Believers think that God reached down to bring order and create, whereas in reality the world was built—or rather built itself—from the ground up. In Dennett’s metaphor, the world was constructed not by “skyhooks” reaching down from the heavens but by “cranes” supported by, and reaching up from, the solid ground.
The history to which the atheist points—of matter self-organizing and physical structures growing in complexity—is correct as far as it goes, but it is only part of the story. The lessons the atheist draws are naive. Yes, the world we experience is the result of processes that move upward. But Dennett and others overlook the hidden forces and principles that govern those processes. In short, they are not true reductionists because they don’t go all the way down to the most basic explanations of reality.
As we turn to the fundamental principles of physics, we discover that order does not really emerge from chaos, as we might naively assume; it always emerges from greater and more impressive order already present at a deeper level. It turns out that things are not more coarse or crude or unformed as one goes down into the foundations of the physical world but more subtle, sophisticated, and intricate the deeper one goes.
Barr moves to a "simple but instructive example of how order can appear to emerge spontaneously from mere chaos through the operation of natural forces": a large number of identical marbles rolling around randomly in a shoe box, but then the box is tilted vs. a typical teenager’s bedroom that is tilted by a huge jack