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RobbyS
Guest
And bumping up against limitations and going down dead-end alleys because a particular theory theory leads in that direction. Even the math is limited, because we cannot create an entirely consistent system. Our tools extend our perceptions, but we stiull can "see"only so far into the ultra small and the ultra big.First off, you’re confusing math and science. Math has proofs. Science has theories. Science, as far as I’m aware, has never proved anything 100% certain, while a math proof only shows that the math works to support something.
Lets say that I have a theory X. Is there evidence for it, can it be falsified, and does it predict things? These are the basic requirements for a hypothesis. If there is no evidence for it, you have to find it. If it cannot be falsified, it’s a poor theory because it defines itself in a way that can only allow it to be true instead of letting experimentation decide. If it cannot predict anything, then it is useless as a theory that explains something about reality.
Theories are never perfect, but we strive to improve them. The sun revolving around the earth was replaced by the earth around the sun and Newtonian physics, which was replaced by General relativity. Each time, the predictions and calculations improved, but it doesn’t mean it can’t be proven wrong in the future. How do we know that general relativity is right? We don’t… but it predicts the orbits of the planets to a higher degree than Newton’s equations, so we use that theory because it’s evidence and predictions are better.
So it is will all science - striving for better explanations.