Napalmbrain
WiiChat Member
linkzeldagame said:I find what happens on a universal scale must also happen on a microscopial scale. The bigger world recurs into a smaller and smaller world with seemingly infinite boundaries.
Look at Jupiter's 'red spot'. Look at the ripples it forms surrounding it. Doesn't it look familiar on a common every day scale with rivers and oceans and clouds? If the scientists can theorise ****, then if they can't replicate it on a microscopial scale, regardless of conditions then that means their theory has the potential to fail...
String theory or M theory kind of switches the logic stated here around. To prove its theories requires scientists to be able to validate it on a universal scale, which is plain ridiculous IMO. So the theory kind of is like the proverbial donkey following a carrot he can never reach...
I'm not so sure universal and microscopic scales are so alike. When you get to small enough scales you start noticing all sorts of weird quantum mechanical effects, such the Uncertainty Principle (you can't know exactly the position and velocity of a particle at the same time). On the other hand, the force of gravity at the microscopic level is so small it's just ignored. So it's basically different rules for different scales. Which relates to what you said about string theory and M theory- that's physicists' attempts to try and unify it all. The Problem with them is (aside from the unbelievably complicated equations ) there's currently no way to test those theories, so it's impossible to say if they're good ideas or not. Notably, if they are true then it's quite possible that parallel universes could exist beyond this one- a philosophical bombshell if there was one.