EDuffy80911 said:
If you can't know it, you can't use it.
Even more succinct :)
EDuffy80911 said:
But, if you're a fan of intelligent design, quantum physics supports it in a way, if I understand the line of reasoning correctly. Quantum's indicate finite amounts. In other words, there's a level of small that doesn't get any smaller. One wouldn't expect that to be the case in a "natural" universe. Why would you have to stop splitting something in half?
Well, I'm not a fan of the creationist-spawned Intelligent Design movement, but I note you used lowercase and are thus referring to the pre-hijacked version :)
Actually, I think I
would expect such a setup in a natural universe. If it were otherwise, there would be no whole units of charge, no exclusions in electron shells, and because of all that, no discrete chemical elements, perhaps not even such a thing as chemistry, since much chemistry comes from filling up electron shells, which there wouldn't really be a need to do, because there would be nothing discrete to fill up.
I never really cotton on to ultimate designer or programmer suppositions; they at the very least always succumb to the problem of infinite regress, i.e. "who programmed the programmers?", but they also usually only occupy but never fill the holes in our knowledge.
To be more philosophical: how can you tell the difference between a world where they exist and a world where people only believe that they exist?
Quantum systems have digital aspects to them (charge, spin) but they also have seemingly perfectly analog aspects as well (position, superposition). The no-cloning theorem alone sticks out the most as making nature non-computish - nature looks more like waves plus some complementary wave pairs that end up as discrete values.
Mind you, if there is anything to discover out there, and it's discoverable
in principle, we'll find it if we keep looking :)