The local hidden variable theory supports my personal view that: "Uncertainty is the direct consequence to lack of knowledge." (read more)
Yet, I find one stone in the road: In accordance to my personal understanding of the world, and assuming that the universe started as a singular point as the theory of big-bang suggests, its is very tempting to conclude that the universe should exhibit perfect symmetry.... Obviously our world has nothing to do with symmetry: A perfect symmetry is like a perfect sphere; our world is nothing like that! It is tempting to associate lack of randomness with symmetry... So does this mean that there is actually a "random factor" in this universe?
To better understand the argument it is useful to understand the basic assumptions:
1- Determinism
2- The world started as a singular point
3- A singular point is necessarily symmetrical
4- Expansion of the singular point under deterministic physics laws leads to universal symmetry
5- Lack of randomness implies symmetry (in other words, asymmetry needs randomness)
6- Determinism defies *deep* randomness (consider)
7- The universe is not perfectly symmetric
This argument is probably flawed; or maybe not.... The weakest link I think is the 4th assumption that expansion of a symmetrical point needs to be symmetrical under deterministic physics. Also the 3rd assumption that the singular point was symmetrical is not necessarily supported by big-bang theorists...
Please share any scientific or philosophical (or otherwise) views on this issue.... I am too eager to find a satisfying answer to this counter-determinism argument!
PS: The scientific validity of this post is NOT asserted
3 comments:
You impress me as not actually understanding quantum mechanics...
i nvr said i understand quantum mechanics, but obviously the many quantum physics pioneers profess that the universe is indeterministic...
well, in short i am asking a question, i am not claiming to be a scientist :S
A good discussion about the non-symmetry of the big bang can be found here.
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