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The very basics of his theory stand up though.
As in, take a balloon wrapped in a thin sheet of paper, blow it up some more and watch the paper tear. A better example would be a balloon with a strong electromagnet inside, and a thin sheet of magnetic matieral covering the ouside, but not otherwise anchored to the balloon. Blow up the balloon and the covering sheet would rip, and as the balloon got bigger and the curve changed the sheets would mound up in places. A theory does not have to follow any laws if it is challenging them in part or full. |
<font color=skyblue>I've lost my test notes because this was a few weeks ago that I had this test, but the man who first discovered Tectonic Plate Movement (and is actually given credit for it by geologists) was a German meteorologist...a weather man. He was laughed out of the meeting when he proposed his idea because at the time, he could not prove "how" the plates were moving. </font>
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I don't think you guys understand what I'm trying to say: there's a difference between just a theory (as in; a hunch, a thought, an idea) and a scientific theory (which, as I stated above needs to follow a certain strict set of rules before it can call itself a theory).
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I'd say Link has an interesting point on this one. Intelligent Design advocates in the US play on public misconceptions of what a scientific theory is when they say, over and over again, "Evolution is just a theory."
In fact, a Pennsylvania school district was struck down in its attempt to have a biology classroom disclaimer that said 'Evolution is just a theory' and pointed to a creationist textbook. These guys are at least posing questions about the physical realm. We have a hypothesis, so let's have some testing :D |
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