Originally posted by Rogan Josh
What if we were eventually able to do experiments at the Planck scale and found that our experiments gave different answers every time, on a non-statistical basis, so that there was no way to predict the outcome of the experiment. (For example, imagine that there were an (almost) infinitely long string of letters HRISHFKSHF.... which was written into the structure of the universe somehow, and each hour we move onto the next letter. This sequence is "pre-determined" so therefore non-statistical (ie. the probability of letter 'F' is not just 1/26). Each letter triggers a different fundamental "theory of everything" - so our physical laws change every hour in a non-predictable way.
What if we were eventually able to do experiments at the Planck scale and found that our experiments gave different answers every time, on a non-statistical basis, so that there was no way to predict the outcome of the experiment. (For example, imagine that there were an (almost) infinitely long string of letters HRISHFKSHF.... which was written into the structure of the universe somehow, and each hour we move onto the next letter. This sequence is "pre-determined" so therefore non-statistical (ie. the probability of letter 'F' is not just 1/26). Each letter triggers a different fundamental "theory of everything" - so our physical laws change every hour in a non-predictable way.
Besides, how do you tell time on that scale? You are positing that there's a big universal time clock somewhere and everything is sync'ed to it on the Planck scale. Not only you are suggesting non-locality but also absolute time.
Originally posted by Rogan Josh
Then science itself breaks down because it posits the assumption that all things are governed by laws, which in principle we can discover. This assumption need not be true for all spacetime (and indeed we have no evidence that it is), and anyone who believes it is, is exhibiting faith.
Then science itself breaks down because it posits the assumption that all things are governed by laws, which in principle we can discover. This assumption need not be true for all spacetime (and indeed we have no evidence that it is), and anyone who believes it is, is exhibiting faith.
Certainly, there is no evidence that all our scientific models work the same way throughout all of spacetime. However, if spacetime is divided up into regions with different laws, we should be able to observe changes along the interfaces. Such has not been the case so far. Thus, induction shows that there is a very high probablity that laws of nature are uniform across the whole spacetime.
Originally posted by Rogan Josh
Going further, the letter sequence is unknowable, infallible, and omnipotent, and could be defined as God (or the manifestation of HIS personality). Or to put it another way, a phenomenum which has the ability to change physical laws in an undefined, undeterminable and all-reaching way IS God. Therefore to be an atheist requires faith in the entire applicability of science and its starting assumption.
Going further, the letter sequence is unknowable, infallible, and omnipotent, and could be defined as God (or the manifestation of HIS personality). Or to put it another way, a phenomenum which has the ability to change physical laws in an undefined, undeterminable and all-reaching way IS God. Therefore to be an atheist requires faith in the entire applicability of science and its starting assumption.
1. There are things that cannot be explained by physics. [Why?]
2. Things might happen on the Planck scale that could be totally non-predictable. [All emarlds are green when you look at them and blue when you aren't.] That's even the "Look, God!" at the end.
3. How is your "letter sequence omnipotent?" When you come up with a set of cosmological constants that allow staggering amounts of water to sit indefinitely in the atmosphere, without crushing the lifeforms underneath, we can then talk about this "omnipotent" business.
4. How is the applicability of science differ from the applicability of our senses? The assumption of regularity stems from our repeated observations of nature. Certainly it is inductive, but we have so far found no counterexamples to such.
Comment