If it was possible to send information indirectly from A to C by passing through B, where A and C are on opposite sides of an event horizon relative to each other, but neither A relative to B nor B relative to C are, then it would be possible to send information faster than light. |
It would be a matter of timing. When the light left its source, it would not have been outside the horizon of the planet. It has to travel a greater distance than first measured since space expands, but it was able to make it. No information from that planet can then go back to the original source since it is now past the horizon. Hence, no information would travel faster than light.
Though I do see the point.
Says... the Wikipedia article on quantum entanglement, and every other source I've read on the subject? |
You must be misreading.
We can't use quantum entanglement to communicate faster than light because we don't yet know how we could do so.
However, the entangled particles themselves do somehow share information faster than light.
@7:38
https://www.youtube.com/watch?v=JFozGfxmi8A
OR
https://futurism.com/chinese-physicists-measure-speed-of-quantum-entanglement-2
https://quantumxc.com/blog/is-quantum-communication-faster-than-the-speed-of-light/
The quantum particles themselves are somehow communicating at faster than light speeds.
The quantum world is weird, man |
Exactly why you can't say with any certainty that everything is predetermined. If quantum particles obey quantum mechanics and not the laws of classical physics that normal particles do - that itself would be a pretty fascinating emergent property!
Quantum Eraser, I love Fermilab! :
https://www.youtube.com/watch?v=l8gQ5GNk16s
That experiment leads me to believe all current interpretations of QM are wrong. |
There are no interpretations to be made. Entangled particles act as if they share information rather than there being any hidden variables. This means the information speed is faster than light.
What that has to do with anything else is up for interpretation.
Since they're abstractions created by humans derived empirically and not from first principles, no, it does not mean that. |
If the rules are actually true, then they must.
For example, physics does not obey Newtonian mechanics at very high speeds, nor at very small scales. |
Then Newtonian Mechanics is incomplete or flawed in some other way.
But if there is no case in which a rule is ever broken, then undoubtedly it must be true, even if achieved through abstraction.
What prompts the question "how can there be a physical explanation for consciousness"? |
Specifically that we don't know how it comes about. Consciousness is an emergent property that comes out of complexity. If you don't know how consciousness works and your physical laws/theories are incomplete, it seems a tad jumpy to assume determinism is real and "true" emergent properties don't exist.
To explain consciousness you don't need to do it at the subatomic level |
Again, is it a computational barrier - that you can't compute all the particles to adequately explain consciousness. Or would you run into an issue where there is no explanation to be found studying the particles themselves without considering higher level concepts? Again - emergent properties.
Because free will contradicts determinism and causality |
So does quantum mechanics, yet that doesn't seem to shake your foundation - even though that is clear empirical evidence.
Again, even though determinism seems functional in theory. Since you have no idea where you'd even begin in practice, you may find a crucial error that makes it simply impossible - even with infinite resources and an alternate universe to run the simulation.
As we already know, trying to simulate the universe in the universe would create a paradox. But also, having another universe to run the calculations means that information can go between the two universes - which again would mean calculating determinism is impossible.
The impossibility of practical application of the theory creates holes. If the universe's outcomes can be determined, but trying to determine it is impossible, that is a direct contradiction.
You may argue, then, that any method of trying to determine the future is impossible, not the actual act of determining. But that is one in the same. If there's no way to get to X, X is unattainable.
In that case, our will would be non-deterministic but not necessarily free |
What is "free"? Free should be the ability to make decisions as you see fit. If your brain works on some kind of programming, and the programming allows for the rise of desires, and those desires along with logic and reasoning are compiled by your conscious mind in order to produce decisions.. is this not the very basis of free will?
If this system that we call free will is determinable, does that mean there was no free will Or that the system of free will is simply predictable? If free will is predictable because it's processes have predictable outputs for predictable inputs, that doesn't mean you don't have free will. Yet it is still a deterministic system because it couldn't have happened any other way.
A rock "decides" to stay firmly on the ground using the exact same mechanisms that you "decide" to be unconvinced by my arguments. Neither ever had the option to do anything else |
Or, you freely chose to be unconvinced of my arguments. If the rock had the mechanisms to move about but no desire to, it wouldn't. But if it had the desire to, it would. We don't control our desires and we didn't invent the laws of logic, however we use both in order to make our decisions - hence why our decisions may theoretically be determinable. But they were our decisions non-the-less.
However, even if non-determinable, that wouldn't imply free will as you've said.
It may very well be similar to consciousness. You cannot prove to anyone other than yourself that you are conscious. If you somehow could "prove" consciousness in the mind through science, it would be very interesting what would happen if you moved the logic over to electronics.
If the logic of the circuitry perfectly correlates to the logic of the brain yet produces no consciousness (may pretend to be conscious yet not truly), then consciousness would truly be an emergent property of biology that when reduced to pure physics and logic (which is what a computer is), becomes unreproducible. I myself think a machine could possibly gain sentience, but I wouldn't bet any money.
I've been trying to figure out how to respond to this for the past ten minutes. |
It amuses me how my output data is affecting your internal physical structures <3. When are we getting married again?
That must mean that what you call your free will could hypothetically be caused purely by physics, right? Okay, then I must ask: in what sense of the word is your will "free"? |
Of course, we are arguing two things at once, determinability and whether or not that implies there's no free will.
Under the assumption of deterministic views, your free will would be the ability of your conscious mind to exert influence over your thoughts, behaviors, and decisions. We already know this is the case, or else we wouldn't be talking about it.
What's the least complex thing that has free will? |
That's complicated. Even if we assumed free will must exist, it would still be complicated. Dogs and cats would have free will to some extent. The higher the intellect, the higher level of thoughts the conscious mind can produce, hence the greater influence it can exert.
Anything with a consciousness would have the capacity for free will given the proper wirings (imagine evolution creating free will that is cut off from the rest of the brain!) and intelligence.