Chinook
Science fiction fantasy
- Joined
- Nov 8, 2009
- Messages
- 130
I have assumed that this discussion was about Free Will being the choice between two equally valid options, we can never say whether the option we chose is due to free will or just due to destiny or fate, a pre-destined future that is playing out without the option of choice. Logic would suggest that we do have a choice, but there is no proof because every choice if made becomes the only choice (its a time thing).
N'est pas?
If you want to narrow it down to that level, then even Quarks, leptons, muons and such don't have free will. They only have the probability of a specified amount of of free will. There is 100 percent chance of finding both an electron and a positron as the result of colliding atoms in the LHC. This removes all free will from that particular (pun intended) outcome. Whereas in other parts of quantum physics, things get quite murky. Typical particles (in the Fermion category (every particle known to have mass) have mass and spin). The direction of spin however is not certain. The more particles you bring into proximity, the more murky it gets. An example: (For hard scientists - a cold electron trapped in a definite spatial state, say by appropriate electric fields is what we will choose to call a qubit - Quantum bit.) The spin can point up, or down. Qubits have also demontsrated a peculiar behaviour in which that spin can point "sideways". These are not "new" states, they are combinations of up and down. They either spin "west" or "east". The nomenclature used by physicists is something like this: Probability = 1/(the square root of 2) Up + 1/(the square root of 2) Down. Either term can be multiplied by zero and the sum of the squares (1/(the square root of 2) squared) = 1/2. If you replace the Down term with the up term, and vice versa, you get east or west. So there are 4 possibilities right there, and no physicist - no matter how smart they are - can tell what they will find.
And yes, for those in the know, this comes from the Heisenberg principle: If you are to have accurate knowledge of a particle's position, you must allow the particle to have the maximum energy, and to know the particle's energy (velocity), you must allow it to have every possible position.
How does this relate to free will? We can't even tell what particles are going to do next when they interact. Humans are billions of times more complicated than these particles. Every action a human makes depends upon thousands if not millions of other actions, reactions and environments. If it were possible to set up an experiment where two identical twins were seperated at birth, but exposed to exactly the same environments, and exactly the same interactions, and exactly the same everything, I will bet a trillion dollars they will end up doing at least one thing different than the other. (please be aware of the fact that the probability that I would actually pay out that sum is about .0000000000000000000000001/1)