1994 is out of date. Review Sol's take on the quantum mechanics thread where he argues for the Multiverse.
Wait--are you trying to pull a Bugs Bunny reversal where you momentarily argue for the other side, hoping to trick us into agreeing with you?
1994 is out of date. Review Sol's take on the quantum mechanics thread where he argues for the Multiverse.
I hate to break it to you, but you do not get to count yourself among the great, original thinkers just because you can so easily dispense with locality and causality.
How is the inverse-square law of gravitation a probability?
There is no logical move from "We don't quite understand the nature of the physical correlation" to "therefore they are not physically connected."
)Really? Your hubris deluded you into thinking I wanted a primer on non-locality, when what I asked for was an explanation for how something could exist outside space and time (which you did not provide) and how it could interact with the mundane things in our universe (which you also did not provide
The main things that have changed since 1994 are:1994 is out of date, and likely you are not properly assessing it anyway.
sol invictus appears to agree with what I have been saying:Review Sol's take on the quantum mechanics thread where he argues for the Multiverse.
Note also what I had written in post #2 of that thread:No - "realism" is explicitly violated by MW. In this context "realism" means there is only one world, one unique result for any measurement - and that's not the case in MW. But "realism" is not the same as locality or determinism. The MWI is local and deterministic, but doesn't satisfy "realism" (which is also called "counterfactual definiteness" or some such ridiculous term).
You appear to be confusing EPR's notion of "reality" with your common-sense notion of objective reality. They are not at all the same. Most physicists now reject EPR's notion of reality while affirming some concept of objective reality.W.D.Clinger said:In this context, the word "reality" refers to its usage in the famous paper by Einstein, Podolsky, and Rosen: "Can Quantum-Mechanical Description of Physical Reality Be Considered Complete?"
Once again, you employ the fallacy of false dichotomy. In this case, however, your first sentence says the conclusion stated in your second sentence is fallacious.There are other models but the 2 I have mentioned are the dominant ones and for good reason. Either you invoke near countless alternative universes or you abandon locality.
Although physicists tend to shun the word "metaphysics" because of its association with philosophy, it is an accurate characterization of the various philosophical interpretations of quantum mechanics such as the Copenhagen and many-worlds interpretations. Were that not so, the following link would not redirect you to the Wikipedia article on interpretations of quantum mechanics:I have no need to prove that "standard Copenhagen does not violate locality", because the various Copenhagen interpretations are a proper subset of the set of all metaphysical interpretations of quantum mechanics,
They have are not metaphysical which is why scientific journals publish a ton of papers on these things.
You assume they are because you are stuck in a 19th century concept of physics.

Truly laughable. Hey, how is these are original thoughts when they are just what quantum physicists have been saying for decades, and more recent research vindicates?
The only original thought is to compare these findings with biblical concepts and even there. Zeilinger references the book of John in concluding remarks in one paper talking of information being central to matter as a very old idea.
My comment refers to locality and causality. So your question is just a red herring.
Everything within space and time must conform or are thought to conform to specific concepts some would say are "the laws of physics." I would not call them laws but probailities but let's not quibble.
Here's a hint: physicists don't understand the mechanism that causes or allows for entanglement. It's an open question in the field. Unless you have access to some revealed truth from on-high, you don't understand the mechanism either.Who said anything about not understanding?
Show me the definition of "entanglement" that includes "no longer physically connected".Entangled particles are by definition no longer physically connected.
)
And I fully answered you with observed facts. Space and time are derived properties.
Maybe you don't get the concept of a derived property. QM shows discrete physical form is a derived property, and that is fully predicted over 80 years ago. Entanglement, which was fully predicted by QM and experimentally verified, shows the same thing. Particles exist whether they have any discrete form at all. QM shows that unless you want to go the MWI route, which we are not discussing but freely admit some posit that as a mechanistic theory, that particles root existence is not physical. In other words, even when a particle does not exist in any discrete form at all, it still exists as a probability for a specific form.No.
You merely asserted that there is a supernatural informational superposition which syncs-up the information contained in entangled particles.
You did not explain how it can exist "outside of space and time", nor how something outside space and time would interact with things inside space and time.
Had you restricted your discussion to matters that are germane, you would never have mentioned quantum mechanics in this thread.But that's not germane to the discussion here.
Small, but not infinitely small. If the probability of quantum tunnelling were infinitely small, then the flash memory in USB drives wouldn't work.For example, you will hear some illustrate quantum mechanics by saying if you roll a ball off the table, classical physics says it will always fall absent some other force whereas QM says there is an infinitely small chance it will roll into the air and roll back. They use a similar example to illustrate quantum tunneling with the ball passing through a wall.
If you believe some quantum experiment provides evidence for Intelligent Design or Creationism, then you should tell us about that experiment. Otherwise your references to quantum mechanics are not germane to this thread.Now, I don't want to talk about those illustrations because they are not mine. I think just looking at what we observe in quantum physics experiments works just fine.
Small, but not infinitely small. If the probability were infinitely small, then the flash memory in USB drives wouldn't work
If you believe some quantum experiment provides evidence for Intelligent Design or Creationism, then you should tell us about that experiment. Otherwise your references to quantum mechanics are not germane to this thread.
None of the experiments you listed provide evidence for Intelligent Design or for Creationism.If you believe some quantum experiment provides evidence for Intelligent Design or Creationism, then you should tell us about that experiment. Otherwise your references to quantum mechanics are not germane to this thread.
delayed-choice experiments
quantum erasur experiments
teleportation experiment
latest experiments with group Zeilinger is associated with
etc, etc,....
Maybe you don't get the concept of a derived property. QM shows discrete physical form is a derived property, and that is fully predicted over 80 years ago. Entanglement, which was fully predicted by QM and experimentally verified, shows the same thing. Particles exist whether they have any discrete form at all. QM shows that unless you want to go the MWI route, which we are not discussing but freely admit some posit that as a mechanistic theory, that particles root existence is not physical. In other words, even when a particle does not exist in any discrete form at all, it still exists as a probability for a specific form.
Think of it this way. Let's say someone swims and you are looking at them from underwater. You observe them in the water and used to think they were always in the water but now you realize through theory and experimental verification, that often even if you see a picture of them on the surface of the water, they are not actually in the water. They exist, in fact, as fundamentally outside of the water and the state of swimming is a derived function of their basic existence.
Breaking down your comments:No, you are wrong because the form of the energy equation is specifically determined, not by time invariance, but by the information construct of the ACTUAL form, without regard to its space-time eigenvalue.
Furthermore, a particle (read: wave-function parameter) cannot have a non-physical counterpart in experimental contexts, because looking at them collapses the wave function.
In any event, we know how even which form if ever than superposition underlying which more is scientific, because any does think the informational reality.
No, you are wrong because the form of the energy equation is specifically determined,
without regard to its space-time eigenvalue.
Furthermore, a particle (read: wave-function parameter) cannot have a non-physical counterpart in experimental contexts, because looking at them collapses the wave function.
In any event, we know how even which form if ever than superposition underlying which more is scientific, because any does think the informational reality.
No apology needed. Some of us enjoyed it.My bad. I found your post on derived properties (and that terrible underwater analogy) to be essentially gibberish, and I attempted to indicate as much with that parody.
I hoped this sentence (at least) would be a giveaway:
In any event, we know how even which form if ever than superposition underlying which more is scientific, because any does think the informational reality.
Sorry for the confusion.
Is there any sort of mathematical formalism associated with the role Logos has in entanglement, copenhagen-style history choices, etc? If Logos is being suggested as a solution to anything (or everything), there must be a predictive element to it.
On a side note, the term "choice" is used all the time when discussing reduction of systems to a given state, and it does not indicate a conscious choice made by the system. Quantum Choice A is often shorthand for the longer "an event in the system gave rise to eigenstate A." I think Hawking and the gang were discussing how a system (as superposition of possible states) ends up in a specific arrangement.