Here's an interesting site I just came across:
http://www.drury.edu/ess/philsci/bell.html
Haven't even had the time to read it all yet, but a lot of this is showing the relationship between modern physics and metaphysics.
The quantum world is one where you can't be a physicalist and you can't be an idealist... you have to be something in between. I think that's what the title means by the end of dualism... the distinction between the two types of things (objective physical and subjective observation-based, or physics and metaphysics) breaks down, and we're left with one sort of thing, that's neither physical nor non-physical and neither objective nor subjective.
Here's a part that kind of indicates the dilemma:
I'll admit most of this sort of stuff is over my head, but it's interesting anyway.
If anyone can explain to me what the stuff about Bell's theorem means, and the implications of the idea of nonlocal reality and the lack of impact of distance, that'd be nice.
(Needless to say, when it starts to use it to justify religious experiences I get uncomfortable.)
http://www.drury.edu/ess/philsci/bell.html
Haven't even had the time to read it all yet, but a lot of this is showing the relationship between modern physics and metaphysics.
The quantum world is one where you can't be a physicalist and you can't be an idealist... you have to be something in between. I think that's what the title means by the end of dualism... the distinction between the two types of things (objective physical and subjective observation-based, or physics and metaphysics) breaks down, and we're left with one sort of thing, that's neither physical nor non-physical and neither objective nor subjective.
Here's a part that kind of indicates the dilemma:
Bohr had said, "There is no quantum world. There is only an abstract quantum mechanical description." Heisenberg had echoed, "The atoms or the elementary particles are not real; they form a world of potentialities and possibilities rather than one of things or facts." (Peat, 85)
Cf.: "...the wave function [of the primordial source of the universe] is not real; it is simply a device used in the mathematics of quantum theory. Indeed, it is a wave of probability rather than an oscillation of matter. What the wave function describes is the probability that a particle will be discovered in a particular region of space should a measurment be carried out. This same wave function is also the mathematical tool used to predict the outcome of other experimental measurements. So what sense does it make to talk about the reality of wave functions and quantum states when no laboratory apparatus is around - indeed, when no large-scale world yet exists?" (86)
I'll admit most of this sort of stuff is over my head, but it's interesting anyway.
If anyone can explain to me what the stuff about Bell's theorem means, and the implications of the idea of nonlocal reality and the lack of impact of distance, that'd be nice.