The CO2 Scam Exposed
4 months ago
A layman's look at Teleology and the Intelligent Design Movement
"The design inference does not need to know why." (Neal Tedford:)
Then it is scientifically useless, if you think that science is a search for causes.
(from a blog exchange, about 100 comments deep...
Indeed, while human beings certainly interact with the external world through their physical bodies, their personal consciousness certainly interacts with their body (and in particualr with their brain) in some other way. I beleieve that the best model for the direct interaction between consciousness and brain in human beings is based on QM principles, in the line of Eccles.
So, if consciousness can directly interact with matter in humans, there is no reason why another consciousness (let’s call it an immanent non physycal consciuosness of some other kind of conscious intelligent being) cannot do the same with biological matter. This is my favourite explanatory scenario.
The possible answers to 2) are many. I can just tell you my personal favourite. My personal favourite is that the design implementation is continuous in time, but with rather sudden “acute” implementations in special occasions (OOL, Cambrian explosion, and similar). That’s the scenario which better explains observed facts. And I do believe that the design implementation is nprobably realized starting form what has already been implemented (common descent).
But, certainly, there are important discontinuities both in time and space in the general implementation plan.
So, I am rather for a “Gould like” view of design implementation.
And I believe that no basic physical law needs to be violated for design implementation to occur.
Is intelligent design the same as creationism?No. The theory of intelligent design is simply an effort to empirically detect whether the "apparent design" in nature acknowledged by virtually all biologists is genuine design (the product of an intelligent cause) or is simply the product of an undirected process such as natural selection acting on random variations. Creationism typically starts with a religious text and tries to see how the findings of science can be reconciled to it. Intelligent design starts with the empirical evidence of nature and seeks to ascertain what inferences can be drawn from that evidence. Unlike creationism, the scientific theory of intelligent design does not claim that modern biology can identify whether the intelligent cause detected through science is supernatural.
Honest critics of intelligent design acknowledge the difference between intelligent design and creationism. University of Wisconsin historian of science Ronald Numbers is critical of intelligent design, yet according to the Associated Press, he "agrees the creationist label is inaccurate when it comes to the ID [intelligent design] movement." Why, then, do some Darwinists keep trying to conflate intelligent design with creationism? According to Dr. Numbers, it is because they think such claims are "the easiest way to discredit intelligent design." In other words, the charge that intelligent design is "creationism" is a rhetorical strategy on the part of Darwinists who wish to delegitimize design theory without actually addressing the merits of its case.
They say, you know, about evolution, it surely happened because their fossil record shows that. Look, my body and your body are miracles of design. Scientists are pretending they have the answer as how we got this way when natural selection couldn't possibly have produced such machines. (Novelist Kurt Vonnegut, in an interview on NPR)
By irreducibly complex I mean a single system composed of several well-matched, interacting parts that contribute to the basic function, wherein the removal of any one of the parts causes the system to effectively cease functioning. (
Chaos theory: no help for evolution
Occasionally it is claimed that the discovery of patterns of order in seeming chaos is a bright star of hope for evolutionists. They feel it holds promise for their struggle to explain how disordered chemicals could have assembled themselves into the first self-reproducing machine, in opposition to the relentless tendency to universal disorder.
However, present indications point to this being an illusory hope. One of the classic examples of such ‘order out of chaos’ is the appearance of hexagonal patterns on the surface of certain oils as they are being heated. The minute the heating stops, this pattern vanishes once again into a sea of molecular disorder.
These patterns, like the swirls of a hurricane, are not only fleetingly short-lived, but are simple, repetitive structures which require negligible information to describe them. The information they do contain is intrinsic to the physics and chemistry of the matter involved, not requiring any extra ‘programming.’
Living things, on the other hand, are characterized by truly complex, information-bearing structures, whose properties are not intrinsic to the physics and chemistry of the substances of which they are constructed; they require the pre-programmed machinery of the cell.
This programming has been passed on from the parent organisms, but had to arise from an intelligent mind originally, since natural processes do not write programs.
Any suggestion that the two issues are truly analogous denies reality.
(Marths Blakefield: Order or Chaos) http://creation.com/order-or-chaos
by Brad Sargent, PhD (Excerpt) Reasons to Believe 7/9/10
The panda’s thumb and the human eye are prime examples of misunderstood designs. The more we study them, the more they exhibit good design. For example, the panda’s thumb doesn’t have the versatility and capability of the human thumb, but it works well for the repetitive motion of stripping bamboo leaves. The human thumb couldn’t take that kind of constant stress.3
As another example, the high density of rods and cones in the human eye requires an increased blood flow to the retina. This requirement means the neural connections must face outward, toward incoming light.4 We now know that the human eye elegantly compensates for the inverted retina with special cells that channel light past the neurons and down to the rods and cones.5 Some researchers theorize that the inverted retina provides better blood flow to the rods and cones and allows for better neural processing.6
Both of these examples should serve as a warning to avoid being hasty in declaring a design “bad” simply because it wasn’t engineered the way we think it should have been. http://www.reasons.org/design-purpose
By Robert Deyes ARN Correspondent
In his latest critique Biologic Institute molecular biologist Douglas Axe has raised the ever-pertinent question of whether Darwinian evolution can adequately explain the origins of protein structure folds given the vast search space of possible protein sequence combinations that exist for moderately large proteins, say 300 amino acids in length. To begin Axe introduces his readers to the sampling problem. That is, given the postulated maximum number of distinct physical events that could have occurred since the universe began (10exp150) we cannot surmise that evolution has had enough time to find the 10exp390 possible amino-acid combinations of a 300 amino acid long protein.
The battle cry often heard in response to this apparently insurmountable barricade is that even though probabilistic resources would not allow a blind search to stumble upon any given protein sequence, the chances of finding a particular protein function might be considerably better. Countering such a facile dismissal of reality, we find that proteins must meet very stringent sequence requirements if a given function is to be attained. And size is important. We find that enzymes, for example, are large in comparison to their substrates. Protein structuralists have demonstrably asserted that size is crucial for assuring the stability of protein architecture.
Four decades ago, several scientists suggested that the impossibility of any evolutionary process sampling anything but a miniscule fraction of the possible protein sequences posed a problem for the evolution of new proteins. This potential problem-the sampling problem-was largely ignored, in part because those who raised it had to rely on guesswork to fill some key gaps in their understanding of proteins. The huge advances since that time call for a careful reassessment of the issue they raised. Focusing specifically on the origin of new protein folds, I argue here that the sampling problem remains. The difficulty stems from the fact that new protein functions, when analyzed at the level of new beneficial phenotypes, typically require multiple new protein folds, which in turn require long stretches of new protein sequence. Two conceivable ways for this not to pose an insurmountable barrier to Darwinian searches exist. One is that protein function might generally be largely indifferent to protein sequence. The other is that relatively simple manipulations of existing genes, such as shuffling of genetic modules, might be able to produce the necessary new folds. I argue that these ideas now stand at odds both with known principles of protein structure and with direct experimental evidence. If this is correct, the sampling problem is here to stay, and we should be looking well outside the Darwinian framework for an adequate explanation of fold origins.
http://bio-complexity.org/ojs/index.php/main/article/view/BIO-C.2010.1