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Sunday, 28 October 2018

On the origins debate and Jehovah's transcendent technology.

Pearcey: “Stephen Hawking’s Final Salvo”

Before his death back in March, I found that every new prophetic statement from Stephen Hawking, invariably heralded by the media, was bound to make me sad. It seemed clear he was being exploited for his famous name to promote lugubrious causes having nothing to do with the genuine source of his scientific renown. And this still goes on, with Dr. Hawking having already passed on to the next world.

A new book is out under his name, Brief Answers to the Big Questions “published posthumously with material pulled from interviews, essays, speeches, and questions often asked of the famous physicist,” as Center for Science & Culture fellow  Nancy Pearcey writes at CNS News. She responds to the book’s most touted claim. The first chapter asks, “Is there a God?” Answer: No.

 “I think the universe was spontaneously created out of nothing, according to the laws of science.” After all, [Hawking] argues, “If you accept, as I do, that the laws of nature are fixed, then it doesn’t take long to ask: What role is there for God?”

An Open Cosmos

Pearcey replies:

Is Hawking right that scientific laws rule out any role for God? Despite being a brilliant physicist, he seemed unaware that his objection has already been answered — most famously by the popular literature professor C.S. Lewis, himself a former atheist, who taught at both Oxford and Cambridge University.

In his book Miracles,” Lewis concedes that, at first glance, the regularity of nature does seem to rule out the possibility that God is able to act into the world.

But not so fast. Natural laws tell us only what happens if nothing interferes. People playing a game of pool are applying the laws of physics, which decree that when a billiard ball hits another one, the second ball will start moving. But the laws do not tell what will happen if a mischievous child grabs the ball.

The laws are still true, of course, but the child has interfered with the physics.

Humans interfere with natural processes all the time, yet we do not break any laws of nature. We cut down trees to make houses, we weave plant fiber into cloth, we smelt metals to build bridges, we turn sand into silicon chips for computers. Through technology, we are constantly accomplishing things that nature on its own could not produce.

But do we break a single law of nature? No.

“All interferences leave the law perfectly true,” Lewis points out. And it’s the same when God acts in the world: He does not need to break any scientific laws. The cosmos is open to the actions of creative humans and a creator God.A better way to understand miracles, Lewis writes, is that they feed new events into the existing structure of nature: “The divine art of miracle is not an art of suspending the pattern to which events conform but of feeding new events into that pattern.”

Pearcey offers the helpful image of the universe not as an inviolable clockwork but as a musical instrument, implying the need for an artist’s hand in designing and creating the instrument and in playing it.

Dembski Expands on a Helpful Image

William Dembski has written about this in some detail. A musical instrument without someone to play it is incomplete:

Granted, if the universe is like a clockwork (cf. the design arguments of the British natural theologians), then it would be inappropriate for God, who presumably is a consummate designer, to intervene periodically to adjust the clock. Instead of periodically giving the universe the gift of “clock-winding and clock-setting,” God should simply have created a universe that never needed winding or setting. But what if instead the universe is like a musical instrument (cf. the design arguments of the Church Fathers, like Gregory of Nazianzus, who compared the universe to a lute — in this respect I much prefer the design arguments of the early Church to the design arguments of the British natural theologians)? Then it is entirely appropriate for God to interact with the universe by introducing design (or in this analogy, by skillfully playing a musical instrument). Change the metaphor from a clockwork to a musical instrument, and the charge of “withholding gifts” dissolves. So long as there are consummate pianists and composers, player-pianos will always remain inferior to real pianos. The incompleteness of the real piano taken by itself is therefore irrelevant here. Musical instruments require a musician to complete them. Thus, if the universe is more like a musical instrument than a clock, it is appropriate for a designer to interact with it in ways that affect its physical state.

The “clockwork” notion is one that ID critics adore because it makes design appear naïve and clumsy. If you look up intelligent design on Wikipedia, you’ll see that the editors have used the insides of a pocket watch to brand all their series of (highly misleading) articles on ID. If it were actually possible to edit Wikipedia, I’d substitute a different image; among musical instruments, a lute seems as good a choice as any.


How our Star sheds light on the origins debate

Denton Turns Sagan’s “Humdrum Star” on Its Head

On a new ID the Future episode, biologist Michael Denton talks with host Sarah Chaffee about the remarkable fitness of a range of properties seen in water and in light. Download the podcast or listen to it here.t’s particularly satisfying to hear Denton turn a frequently heard dismissal of our Sun on its head.

How Silly the Old People Were

Carl Sagan in Cosmos gave the idea perhaps its most iconic expression. In Episode 7, he lectures to a classroom of Brooklyn schoolchildren about how it was once thought that Earth occupied an “important” place in the cosmos. Tut-tut, how silly the old people were, before we realized that our solar system is not at the center of things but way out on the edge of the galaxy, thereby guaranteeing (this leap doesn’t quite follow) our cosmic insignificance. He goes on to ponder:

For as long as there have been humans we have searched for our place in the cosmos. Where are we? Who are we? We find that we live on an insignificant planet of a humdrum star lost in a galaxy tucked away in some forgotten corner of a universe in which there are far more galaxies than people.

Yet the fact that the Sun is “humdrum” or “ordinary” may be the most extraordinary thing about it. Dr. Denton discusses the fortunate circumstances characterizing visual light, needed for vision and photosynthesis. He concludes:

The big deal is that being an ordinary star means that the vast majority of stars in the cosmos put out their energy in the visual and infrared area, bands of the electromagnetic spectrum. So being “ordinary,” what this means is that the universe — it’s somewhat ironic and it seems a bit counterintuitive — it means the universe is profoundly fit for biological systems like ourselves. The Sun is an ordinary star, and that’s a very big deal. The universe, as I describe it Children of Light, is flooded with the light of life.

A Double Dilemma

“Flooded with the light of life”: What a beautiful way of putting it. You could add that it creates a double dilemma for materialists. The universe is “flooded with the light of life,” in Denton’s apt phrase. Yet so far as we know, life on Earth is a singularity. This is certainly counter to Carl Sagan’s expectations. Yet it’s possible that Sagan, and  Stephen Hawking and others, may prove right about the cosmos being home to many forms of extraterrestrial life, including intelligent forms. Only time can tell. If Sagan was correct, then Denton’s “ironic” observation about light’s insanely special fitness for life, life like ours, really comes to the fore.Light was finely tuned for life, whether in a multitude of homes in the cosmos or in just one. Either way, we’re prompted to ask the same question: Finely tuned by whom? And why?

Mssrs. Denton and Berlinski v. Darwinism II

Listen: Why Does Darwinism Hang On?
Evolution News @DiscoveryCSC

On an episode of ID The Future, philosopher and author David Berlinski joins geneticist and researcher Michael Denton for continued discussion on the debate over Darwinian evolution. Evolution News editor David Klinghoffer asks: Why has the theory persisted? What weaknesses threaten its existence in the 21st century?


Listen in as Berlinski and Denton explain why the Darwinian mechanism is being widely questioned as a viable theory of the origin and development of life. As Berlinski puts it: “Applying Darwinian principles to problems of this level of complexity is like putting a Band-Aid on a wound caused by an atomic weapon. It’s just not going to work.”