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Why not science classes concentrate on those principles that have been tested using the scientific method and have passed all the tests and seem to be true. The areas that try and predict the past and future in both the creationist and atheist models that either cannot be tested or fail tests, should not be studied in a science class but there should be seperate philosophy/theology classes where they are taught the theories from each of these models. It seems to me both sides need to understand the other's concerns. If a principle undermines one's paradigm so be it, but what parent who passionately believes in either a form of Creationism or that religion is just an opiate of the masses will want their kids taught unproven principles that undermine these paradigms. Obviously no one on the atheist side and even many on the creationist side wants their kids to be taught the earth is six thousand years old just because a segment of the religious community interprets the Biblical text this way when science shows strong evidence to the contrary. Below, I pasted part of an article by a Creationist scientist that illustrates how an unproven principle taught as fact can undermine the Creationist belief.
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[FONT=Arial, Helvetica, sans-serif]Consider the teachings of modern astronomy about just what stars are, where they came from and where they are going. That was the focus of my Ph.D. dissertation, so I'm more qualified to write on that subject than most others. Much of current belief about what stars are is well-founded on the scientific method. One can measure brightnesses, colors, and even the masses of stars and discover some important relationships between them. For example, the majority of stars follow the rule that if one arranges the stars in order of increasing mass, then the sequence (called the "Main Sequence") also increases in surface temperature and the color gradually shifts from red to blue and then ultra-violet. This is one of the most important "facts" (that is, "observations") of modern astronomy. [/FONT]
[FONT=Arial, Helvetica, sans-serif]The problems begin to arise when scientists attempt to explain exactly how these stars got placed in this sequence, and exactly how things might change in the future. The problem is not that scientists try to explain the past and the future. After all, the objective of the scientific method is to be able to predict the outcome of future experiments. The problem occurs when a) science cannot perform the experiment to predict the future and b) it then declares with absolute certainty just what the past and future are, even those it has no solid basis of experiments to do so.[/FONT]
[FONT=Arial, Helvetica, sans-serif]In this example from astronomy, we are told that stars formed themselves from gaseous clouds in the plane of the galaxy. We are told that the massive, hot bright blue beacons in the sky such as many of the stars in the constellation Orion, are the very youngest stars, and that they are rapidly burning themselves out, being some of the least permanent members of the galaxy. As for the future, we are told that the sun and most stars will someday exhaust their fuel and become cold, dark burned-out dwarf stars.[/FONT]
[FONT=Arial, Helvetica, sans-serif]While this is the mainstream theory, taught as nearly absolute truth in beginning astronomy classes, there are other explanations of the same observed facts. One is that most stars are still gravitationally accumulating more and more matter from those gas and dust clouds in which they are now seen, and they are increasing in mass and getting hotter and bluer as they do so. If so, then the big, hot blue stars are some of the oldest patriarchs of the galaxy, rather than being "flash in-the-pan" youth.[/FONT]
[FONT=Arial, Helvetica, sans-serif]What difference does it make? Hopefully we have all seen a night sky filled with thousands of awe-inspiring stars. It can truly be a dazzling spectacle that can fill one with reverence for a great Creator. To me, the brightest stars are the bright, old governing stars of our galaxy that have accumulated greatness through the ages. When I look at the dazzling constellation of Orion, I see some great stars for which I feel awe and even reverence. Someday they may "die" in a great supernova explosion, and as one star passes away, so shall another accumulate its recycled remnants. Thus, there is no end to the works of God, neither to his words.[/FONT]
[FONT=Arial, Helvetica, sans-serif]To me, the more popular explanation is not inspiring at all, but rather depressing. The big bright stars are supposed to explode quickly before they have any lasting importance, and the rest of the whole universe just cools down to be a meaningless graveyard of burned-out star corpses. Without God, the universe would be a meaningless stage on which we act out meaningless lives, which ultimately end in futility.-(article by John Pratt.)[/FONT]
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[FONT=Arial, Helvetica, sans-serif]Consider the teachings of modern astronomy about just what stars are, where they came from and where they are going. That was the focus of my Ph.D. dissertation, so I'm more qualified to write on that subject than most others. Much of current belief about what stars are is well-founded on the scientific method. One can measure brightnesses, colors, and even the masses of stars and discover some important relationships between them. For example, the majority of stars follow the rule that if one arranges the stars in order of increasing mass, then the sequence (called the "Main Sequence") also increases in surface temperature and the color gradually shifts from red to blue and then ultra-violet. This is one of the most important "facts" (that is, "observations") of modern astronomy. [/FONT]
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[FONT=Arial, Helvetica, sans-serif]The temperature, brightness and blueness of most stars increase as the mass increases.[/FONT]
[FONT=Arial, Helvetica, sans-serif]In this example from astronomy, we are told that stars formed themselves from gaseous clouds in the plane of the galaxy. We are told that the massive, hot bright blue beacons in the sky such as many of the stars in the constellation Orion, are the very youngest stars, and that they are rapidly burning themselves out, being some of the least permanent members of the galaxy. As for the future, we are told that the sun and most stars will someday exhaust their fuel and become cold, dark burned-out dwarf stars.[/FONT]
[FONT=Arial, Helvetica, sans-serif]While this is the mainstream theory, taught as nearly absolute truth in beginning astronomy classes, there are other explanations of the same observed facts. One is that most stars are still gravitationally accumulating more and more matter from those gas and dust clouds in which they are now seen, and they are increasing in mass and getting hotter and bluer as they do so. If so, then the big, hot blue stars are some of the oldest patriarchs of the galaxy, rather than being "flash in-the-pan" youth.[/FONT]
[FONT=Arial, Helvetica, sans-serif]What difference does it make? Hopefully we have all seen a night sky filled with thousands of awe-inspiring stars. It can truly be a dazzling spectacle that can fill one with reverence for a great Creator. To me, the brightest stars are the bright, old governing stars of our galaxy that have accumulated greatness through the ages. When I look at the dazzling constellation of Orion, I see some great stars for which I feel awe and even reverence. Someday they may "die" in a great supernova explosion, and as one star passes away, so shall another accumulate its recycled remnants. Thus, there is no end to the works of God, neither to his words.[/FONT]
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[FONT=Arial, Helvetica, sans-serif]The brightest stars of the Pleiades are all large and hot.[/FONT]