Alrighty then.
1. Yes, I have read through the posts here.
2. There's a big difference between expressly referencing a religion and debating under the tacit assumption of that reference. Of COURSE religion comes into play here. When you are trying to prove your creationism, you are basing the entire inquiry on the Bible and Christian Creation. Once again, you are starting with the conclusion and then working backward. NOT very scientific.
3. The logic used in the evidence for creationism is totally faulty and sloppy. You yourself used the word anomoly to describe an Astronomical event. Do you know what that word means? There are always, it seems, events and things which don't seem to fit. Sometimes these things will force us to question our premises, perhaps change some of the rules we have discovered about the universe. They do not, and cannot, in any scientific way, provide evidence to support creation. None of them. Scientific evidence is not so simplistic.
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Comets have relatively short life spans (thousands of years) since they are only a few kilometers across and a significant portion of it is shed by solar radiation each time it gets close to the sun. We have no evidence of comets being created. Thus, the universe is young.
A. we have no evidence of comets being created.
B. Therefore, the universe is young.
Anyone else see a logical problem here?
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The magnetic strength of the earth has been measured to be decreasing by around 5% per century. Given that rate, if the earth was older than 20,000 years old, the original strength of the field would have been enough to melt the earth.
I assume you are referring here to "Origin and Destiny of the Earth's Magnetic Field" by Thomas G. Barnes, I.C.R. Barnes uses a flawed and simplistic model to conclude that the magnetic field is decreasing exponentially. He shows a real lack of understanding dynamo theory and magnetic theory in general. A really good refutation of this can be found
here, by Tim Thompson of JPL.
And finally, here's Dave Matsen's enjoyable compare list:
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Let's compare real science to "scientific" creationism.
1.
Real scientists, as did Darwin, usually spend some time pointing out the possible weaknesses they see in their theories. This is done not only to highlight areas which need further study but in order to strike a balanced presentation that will not mislead the reader. Truth is the overriding goal. Creationists usually minimize or ignore the weaknesses in their theories unless the cat is out of the bag. Inserting their views into the public educational system is usually their goal.
2.
Real scientists publish scientific literature, which can be very unorthodox, in refereed journals. This serves as a clearing house for ideas as well as a common testing ground.
Creationists, who apparently have nothing worth saying to the scientific community, invariably write for the layman. They have found it necessary to publish their ideas in special "creationist journals" because none of the hundreds of legitimate scientific journals find their work acceptable. Creationist journals mostly serve as a rallying point for the faithful, rarely as a means for criticizing their fellow believers.
3.
Real scientists are quick to criticize their colleagues if they suspect an error. (Remember the cold fusion flap?) Catching errors improves their status in the scientific community even as it improves the level of science.
Creationists have a fortress mentality, and they are quick to circle their wagons. To admit error is considered bad form among creationists, and most of them must literally be smoked out before admitting any errors whatsoever. With no effective mechanism for weeding out error, errors are passed down like the family jewels. Today, one can buy many creationist books containing errors that should have been eliminated 20-30 years ago!
4.
Real scientists are quick to test promising new ideas (however unorthodox) and those which don't pan out quickly disappear from the literature. Fame and fortune await any scientist who successfully advances a novel idea.
Creationists are largely concerned with protecting their dogma, not advancing new ideas that might question that dogma. Rejection is the likely lot of any creationist who questions the central dogma. Creationist arguments having serious errors, including arguments based solely on obsolete data, circulate indefinitely in the creationist literature.
5.
Real scientists are often involved in meaningful laboratory and field work. They are looking for new data which might clarify, overturn, or confirm their views.
Creationists spend most of their time combing through books and technical journals for quotes with which to snipe at evolution, geology, astronomy, and other areas of science which challenge their central dogma. When they're not doing that, they can usually be found out on the stump drumming up support among the uneducated public.
6.
Real scientists base their theories on the available evidence. They are not immune to the effects of prejudice, but they all understand that the facts dictate the conclusion. Conclusions are subservient to the data; data are not subservient to conclusions.
Creationists take their science straight from the Bible. Many creationist leaders have publicly stated, often in print, that any evidence at variance with their literal interpretation of the Bible should be rejected out of hand. Their a priori conclusions dictate what data are acceptable. That's not science!
7.
No self-respecting scientist would ever think of signing an oath of allegiance to Darwinism as a condition for employment. Evidence is "king" in good science, and there is no room for competing loyalties.
Many creationist societies actually require a "loyalty oath," which is tantamount to an admission that their minds are closed! Such minds are slammed shut and rusted tight!
8.
All good scientists admit that they might be wrong, that absolute certainty is not part of science. Scientists long ago recognized that our knowledge of the physical world is largely a product of inductive reasoning. In principle, inductive reasoning can yield a high degree of confidence, but it can never confer 100% certainty. The uncertainty of inductive reasoning follows from the fact that any set of observations can be explained, in principle, by an infinite number of hypotheses! One can never rule them all out no matter how much data one has. Thus, the proper scientific attitude includes a touch of humility no matter how great one's success.
Except for trivial details, creationists cannot conceive of the possibility that they are in error as that would take down their concept of biblical inerrancy. Since "scientific" creationism is really a branch of Bible apologetics, there is no room for compromise. "Scientific" creationism is there to defend the faith, not to probe the unknown.
9.
Real scientists are often found in the great universities, where real science is done and advanced. None of those institutions take creationism seriously.
Creationists are usually associated with creationist societies. Those few "universities" where creationism is featured have either failed to get full accreditation or have done so only through the pulling of political strings. What discoveries have they made? Name their Nobel laureates!
10.
Scientists build upon previous knowledge accumulated over the years, and only rarely participate in great, revolutionary breakthroughs.
Creationists fancy that they are in the process of overthrowing modern biology, geology, astronomy, anthropology, linguistics, paleontology, archaeology, oceanography, cosmology, physics, and numerous other branches of science. Some creationists (the flat-earth societies) would add the "grease-ball" theory of round-earth geography to that list. Anything that doesn't conform to their interpretation of the Bible is suspect and in need of revision.
But let's keep going, just so you can't say I'm not addressing the arguments here:
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The sun produces solar radiation that pushes small particles (<.1 micron) away from the sun. If the solar system was billions of years old, the solar system would have no such particles. Yet, we have such particles orbiting the sun. Thus, the solar system is young.
Before getting to the actual argument, let's find out about the creationist who put this theory forth, Dr. Harold Slusher. Slusher claims to hold an honorary D.Sc. from Indiana Christian University and a Ph.D. in geophysics from Columbia Pacific University. Indiana Christian University is a Bible College with only a 1/2 man graduate science department. CPU is an unaccredited correspondence school that recruited students with the lure of a degree "in less than a year."
And now to the argument:
This tidbit relies on the Poynting-Robertson effect, an effect the sun has on small dust particles. The continuing absorption of sunlight robs the dust particle of more and more of its angular momentum, giving it a tendency to slowly spiral into the sun as its orbit shrinks.
However, reflected sunlight (as versus absorbed light for the Poynting-Robertson effect) applies an outward force on dust particles. As a particle gets nearer to the sun, this outward radiation pressure increases faster than the force of gravity pulling the particle in. Also, what about the gravitational effect the planets would have on dust spiraling in? Many dust particles would be kicked into elliptical orbits which would greatly lengthen their time in space. Particles can also be trapped by gravitational resonances with the larger planets, and could remain in stable orbits indefinitely.
Do we need to move on?
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Evidence from the Hubble telescope shows that Saturns rings are disintegrating. Also gravitational forces are pulling the ring particles toward Saturn. However, the rings of Saturn are very distinct and well-structured. This shows that the rings were recently formed.
Well, here's an element of truth; the latest observations lead scientists to conclude that the rings of Saturn ARE young relative to the age of Saturn and the solar system - but young meaning 100 million years or so. Again, the creationist argument usually cites the Poynting-Robertson effect here as well. However, that effect is specifically about fine dust particles, and the particles of the rings are at their smallest the size of snowballs. (Chaisson, Eric and Steve McMillan. 1993. Astronomy Today Prentice Hall, Englewood Cliffs, NJ 07632, 700 pages). It is furthermore based on faulty research. In 1852 Otto Struve noted that observations of Saturn's rings over the period from 1657 to 1851 show an increase in the widths of the rings and in the width of the gap between the planet and the inner edge of the B ring. The changes are interpreted to mean that the ring system is rapidly evolving and has not yet reached an equilibrium. However, Steven I. Dutch (Dutch, Steven I. 1982. "A critique of creationist cosmology" Journal of Geological Education, vol.30, pp.27-33) has evaluated these arguments and questions the observations interpreted as changes in the ring widths and distance from Saturn [1982, pp.31-32]. Drawings by Huygens in 1659 and Cassini in 1676, according to Dutch, show the proportions of the rings essentially as they are known today. Considering the poor quality of the early telescopes and the crudity of the drawings, no significant change can be inferred with any confidence.
And some final questions: what did the carnivores eat when they came off the ark? In other words, explain how the food chain worked before the present ratios of a few predators to many prey.
Why is there the remarkable coherence among many different dating methods -- for example: radioactivity, tree rings, ice cores, corals, supernovas -- from astronomy, biology, physics, geology, chemistry and archeology? (This is not answered by saying that there is no proof of uniformity of radioactive decay. The question is why all these different methods give the same answers.)