Comment Re:There sure is... (Score 1) 600
Science cannot prove anything. For a proof, you have to have the all encompassing, absolute truth. That's not what science is about, though. Most people don't seem to understand it. Science is the way. Not the goal. Science gives you an explanation. The best explanation we have at the moment maybe, but it never claims that there will never ever be a better one in the future. We might find out something that changes everything.
When I tell you that the hammer you hold in your hand will fall on your foot if you drop it, it will most likely be true. The reason for this is, according to our current understanding, gravity. Gravity, that is the currently established theory, is a force that makes every mass attract every other mass in the universe, according to the laws Newton formulated. We even have pretty accurate formulas that can tell you just how strong these masses will attract each other.
This theory is "good enough" for a lot of things. It was at least enough for us to leave our home planet and travel to the moon that orbits it. And, just in case some Moon-landings-deniers will butt in, can we at least agree on having sent some probes there? If not, I'll settle for stuff like the ISS which also relies on Newton being at least kinda-sorta correct.
But then there's Mercury. And Mercury is, well, it isn't quite orbiting the way it should. For the longest time we thought that there must be another planet closer to the sun, because that Mercury didn't fly right. Something had to disturb its orbit. And for quite a while the working theory was that there's another planet, closer to the sun, that we just cannot observe because it's SO close to the sun that it disappears in the corona and we can't see it.
Until about a century ago that Einstein dude came and said something about heavy masses actually not only affecting other masses but actually light and hell, even time. At first that sounds completely out of whack, but then we made some observations, and that also explained why Mercury keeps wobbling like that.
So our new working theory is that relativistic model on top of Newton's. And it fits pretty neatly. It's actually like that this part is "done". There is no unexplained stuff anymore, everything's wrapped up neatly. Of course, there are a lot of other theories still under heavy construction. That dark matter/dark energy thing alone is a bit one. Maybe we will find it. Maybe some new Einstein will come along and give us a neat discovery that allows us to formulate (and test!) a new theory that suddenly makes that dark matter/energy go poof just like that "innermost planet" went away when the wobbling Mercury was explained by relativity that worked far better than the old theory of that phantom planet.
Science will never present an ultimate, final proof. It offers a working theory. Something that is, according to the currently available information, good enough at explaining what we observe. One day a better theory will come along and we will adjust our working theory, and it will fit our observation better. That's an ongoing process, one that will most likely never come to an end, at least as long as we don't stop wanting to know more about the world that surrounds us.