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| quote: | Originally posted by DJ Shibby
It's a bunch of bullshit designed half-assedly to solve holes in an already holey system. |
Solving holes is a holey system is the very essense of the progress of normal science. There is nothing "bullshit" or "half-assed" about it at all.
| quote: | | They're stuck on the idea that we're all waves and orbits. |
No they're not. Nobody seriously believes that an electron in a hydrogen atom orbits the nucleus in the same way a planet orbits a sun. It's just a convenient, apprehensible way of portraying the patterns of electron distribution in the atomic system.
As for the idea that we're all waves, I'm not sure where you've got that from. M-theory posits that matter is a consequence of vibrating "strings", but conventional physics - so far as I know - still operates under the theory of point particle physics, which may well be wrong but certainly does not posit that we are all "waves and orbits".
| quote: | | In 10 to 20 years there will be a whole new set of criteria for the beginning of the universe, matter, and time. |
And?
Whenever someone raises this argument against the scientific method, I'm quite fond of pointing them in the direction of this essay by Isaac Asimov:
http://chem.tufts.edu/AnswersInScie...vityofWrong.htm
The progress of science isn't so much a history of Kuhnian revolutions, where old theories are found to be "wrong" and dramatically discarded in favour of a new, unrelated theory, so much as it is a process of gradual refinement and precision. Newtonian physics was eventually displaced by Einsteinian phsyics, but is that to say that Newtonian physics was "wrong"? No, not at all. Newtonian physics is still "correct" enough to accurately explain the behaviour of bodies in orbit under most conditions. It just happens that Einsteinian physics can explain this behaviour even more correctly.
Same story with general relativity and quantum mechanics now. They reflect - with extreme accuracy and predictive power - the behaviour of objects on both the smallest and largest scales. It is only under very extreme conditions (objects travelling 99%+ the speed of light, temperatures of those experienced in the immediate aftermath of the big-bang etc.) that the theories break down. But is not to say that they are "wrong" by any meaningful definition of the word: they're just not as "correct" as the succeeding theory will be.
To quote from that essay:
| quote: | | When people thought the earth was flat, they were wrong. When people thought the earth was spherical, they were wrong. But if you think that thinking the earth is spherical is just as wrong as thinking the earth is flat, then your view is wronger than both of them put together. |
| quote: | | Sounds good, except that all "four" forces don't really exist, and are merely temporary placeholders to describe what actually is. |
But they do exist. They may be four facets of the same unquantified (as yet) unified force, but these forces do explain and predict the behaviour of particles with almost unfailing accuracy. Saying that they "don't really exist" or that they are just "placeholders" just betrays, I think, a misunderstanding on your part of what a scientific theory actually is.
| quote: | | They used to believe that four elements controlled the universe, and apparently four is a really popular number for describing this sort of shit, cause it sticks. |
Are you seriously suggesting that they arrived at these four forces for completely arbitrary reasons (in the same way Iraneus reached the conclusion that there must only be four Gospels because there are only four elements and four seasons)? They arrived at four forces (three of them now, I believe, unified into a single larger theory) because that was the number of unique forces that they observed. Scientific theories become "dominant pardigms" (to again use the language of Kuhn) not as the result of mere sophistry, but because they pass rigurous tests of empirical deduction. To deny the conclusion of a well-suported scientific theory is to deny the nature of reality as it can be most accurately measured.
| quote: | | There is no theory of everything, ever. It's make believe scientific religious jargon to keep moving in the direction we're going, instead of exploring new directions, because we are creatures of comfort. |
This is just epistemic nihilism. Either we exist in a reality that can be quantified with ever increasing precision or reality is an illusion perpetually beyond our grasp. The latter view, needless to say, is nothing but solopsism. If that's what you choose to believe then good luck with that, but I'd like to see you employ that world-view as a universal maxim rather then only employing it when it suits your argument. There's a wall there next to you that science wrongly classifies as a system of "waves and orbits": why not go walk through it and prove them all wrong?
| quote: | | Eh, people need to believe/have faith in something. |
Such as the belief that one has a greater insight into the nature of the universe than all the world's scientific minds put together?
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