Hi Seraphim23,
"They understand how to use equations to get the desired results in predicting quantum systems, which are accurate, but it is to do with probabilities and where probabilities exist complete understating is lacking. Probabilities would not have to be taken into account if it was known exactly what was going on."
On the other hand what would be the implications of knowing exactly? It would make the universe, at least in principal, completely predictable. In reality there is an essential randomness at the heart of the universe, yet no matter how hard I personally throw a stone it will follow a predicable arc that relates to the forces involved.
For a long while, after reading a Scientific American article on quantum loop gravity I thought perhaps the correct understanding of the universe was one wherein very small integers reigned supreme. The idea that if you get small enough, there literally was nothing there between the discrete quantum bits -- either expressed as ticks of time or distance across the smallest possible object. I now look back on that as rather naive on my part.
I struggle enough in the area where I do have some expertise (programming in C in my case), so while this is all fun and all, I must simply admit I probably cannot personally gain enough information and expertise to know any of this on a deep level. All I can do is make educated guesses at what seems most plausible then defer to the experts.
Now I have moved away, in thought from the digital/integer under-pining of the universe. One of the motivations was another article in SA that posed the question: Is the universe digital and analog? The author was surprised that most responses went over to the analog, despite how cool ideas about the "Matrix" might sound. One of the lines of argument I found very convincing was the difficulty scientists have creating computer models suitable for the study of QP. If the universe were itself digital, it should not have problems being modelled within a computer, that itself is digital.
Since then I've run into pi (3.14) in QP equations. Page 175 of my For Dummies book shows the wave function laid out like this...
w(x,y,z,t) = 1/((2 x pi)^(3/2)...
The problem of course is pi, as far as we can see, goes on for ever -- it seems to resist boiling down to a number that can be represented as any form of an integer. Thus if you solved for this equation, you could always get more "exact" by adding more digits to your value for pi.
In terms of philosophy, I do think science asks us to embrace the unknown and perhaps permanently so. We may never know the exact pathway form the non-living to the first living thing. We may never know exactly how a star like our sun is formed. Such events simple may resist all our attempts to probe them for knowledge.
But as I said earlier on this thread -- be careful asking God to fill in these knowledge gap. Because in doing so, one may create a knowledge gap that is impossible to fill, even in principal.
On this score I must credit the TV series the Twilight Zone. In one episode aliens arrive and announce that their plans for earth and humanity have failed and they have decided to end the experiment. The leaders of earth beg for one week to demonstrate the promise of humanity. After sweating it out for one week, they make an incredible breakthrough -- a true ironclad peace treaty for the entire earth, presented in several hundred pages. The alien ambassador returns and is given the treaty. Upon reading just a few pages, he begins to laugh hysterically. "Silly humans! We breed warriors! Your puny weapons have amounted to nothing and what is more you long for peace! Experiment over!"
And that is the problem. An almighty God who interacts with the material universe in violation of the laws of nature, means, that any knowledge gained by trusting the laws of nature is suspect. That is why I said, if such a God exists, then nothing can be known.
Cheers,
-Randy