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Subatomic freedom
Subatomic particles have free will
Wednesday, 25 March 2009by Cat O’Donovan
SYDNEY: If humans have free will, then so do subatomic particles such as electrons, say American mathematicians.
"If experimenters have a certain freedom, then particles have exactly the same kind of freedom," wrote mathematicians John Conway and Simon Kochen, of Princeton University in New Jersey, in a recent paper published in Notices of the AMS.
"Indeed, it is natural to suppose that this latter freedom is the ultimate explanation of our own," they said.
Unpredictability
Quantum mechanics is a theory that uses probability to predict how particles will behave. But on a case-by-case basis, the behaviour of each particle is almost completely unpredictable.
Odd
Not accepting such unpredictable behaviour, some scientists have proposed the existence of hitherto unknown forces or properties they call 'hidden variables'. They argue that the randomness of particle behaviour is only a mirage, and the behaviour would be entirely predictable - or 'deterministic' - if only the hidden variables were known.
This, the duo argue, is no longer a valid interpretation of quantum mechanics. "Any such theories must now contain some indeterminism - or 'free will'," said Stephen Bartlett, a quantum physicist at the University of Sydney, who agreed with the general thrust of the arguments made by the Princeton duo.
Acceptable
"Conway and Kochen prove that the randomness does not depend on anything. They prove that the outcomes of these quantum random events are really completely independent of anything that has happened in the past," he added.
Originally posted by DaMod
You should watch what the 'bleep' do we know. Good documentary on quantum mechanics.
Originally posted by platosallegory
Maybe consciousness is a fundamental property of the universe and this is what things like this is telling us.
Originally posted by andy1033
So if a person is in prison, do the particles inside him or her, have free will. This goes against your point does it not. There might be a bit about, this stuff, but it is not as much as some claim.
Originally posted by andy1033
So if a person is in prison, do the particles inside him or her, have free will. This goes against your point does it not. There might be a bit about, this stuff, but it is not as much as some claim.
Originally posted by Astyanax
You have misunderstood what these scientists are saying.
They are not claiming that subatomic particles have free will.
They are explaining that there is no such thing as free will.
In that sense, I think our actions are very deterministic.
Originally posted by Astyanax
Isn't it curious how jealous we are of our free will, how strongly we desire and insist upon it, when all around us we see how peace of mind and even happiness are so often found in surrender - to love, to mystical contemplation, to the doctrines and disciplines of a religion or cult.
Originally posted by SpeakerofTruth
To me, "choice" and "free will" doesn't necessarily flow hand in hand though.
Originally posted by Astyanax
They don't. How many times, faced with a choice between two undesirable outcomes, have you found yourself wishing there was a third way?
Originally posted by EvilAxis
If you truly believed you had no free will, and you acted in good faith on that belief, you would behave like somebody who believed they had total free will.
It is certainly not the least charm of a theory that it is refutable; it is precisely thereby that it attracts the more subtle minds. It seems that the hundred-times-refuted theory of the "free will" owes its persistence to this charm alone; some one is always appearing who feels himself strong enough to refute it.
Beyond Good & Evil 1. xviii
I concluded many years ago that the essence of free will must reside in quantum uncertainty.
What appears random is in fact "willed", but I struggle to develop the idea any further.
Quantum decoherence gives the appearance of wave function collapse and justifies the framework and intuition of classical physics as an acceptable approximation: decoherence is the mechanism by which the classical limit emerges out of a quantum starting point and it determines the location of the quantum-classical boundary. Decoherence occurs when a system interacts with its environment in a thermodynamically irreversible way.
all the significant information which we see around us exists within our own individual structural histories. We exist by randomly becoming choices of possible futures and then those choices are fixed into our pasts. We look at a cat which, for us, may be either alive or dead, and what we see becomes part of what we are.
Is the brain some sort of quorum sensing device in which bits of quantum free will cooperate via neurons to explore their relationship with the rest of the universe...
I agree that the concept of "free will" remains enigmatic and suspect it is in some way indivisible from the concept of consciousness.