I was thinking perhaps it would be true (or false for that matter) if you just stopped and didn't ask the next question in the infinite regression that the liars paradox creates — Watchmaker
I hold to "none of the above, because we don't know the answer".
It may not be 'sexy', but isn't this the only honest answer? — Theorem
I take more of a relational view, like RQM (Rovelli). — noAxioms
X exists relative to Y iff Y measures X. But there is no meaning to X exists or Y exists since it isn't expressed as a relation. — noAxioms
To be honest, I think I know. Not because I'm the chosen one or whatever BS, but because I'm interested, gave it a lot of thought, and somehow my subconsciousness made all parts "click". The puzzle pieces fell into the right place. It clicked. — EugeneW
Only our best geniuses can move us any distance at all, towards the correct origin story and I for one, am not in that league. — universeness
That's a poor representation of Rovelli's interpretation. It makes it sound like humans or things that 'observe' make any difference, which couldn't be further from what he says.I take more of a relational view, like RQM (Rovelli).
X exists relative to Y iff Y measures X. But there is no meaning to X exists or Y exists since it isn't expressed as a relation.
— noAxioms
I'm not sure I fully understand your algebraic/relational argument here but are you talking about Rovelli's proposal regarding the measurement problem?
The collapse of the wave function due to the act of observation? — universeness
Exactly, except I'd not have used the word 'observer'. Measurer maybe.I think he suggests that this affect is only local, between the two systems X and Y involved.
The waveform only collapses from the standpoint of the observer not from the standpoint of the Universe.
The universe (as a whole) doesn't need an origin story, lacking anything that measures the universe. That would require an external observer. Internal interaction only results in self-consistent state.do you mean you cannot find out the origin story of the Universe by the act of experimental measurement?
That was explained in my post. It would be akin to the cat (or any system) collapsing its own wavefunction, preventing it from being in a state of superposition relative to some other system. Superposition state would then never be observed.↪noAxioms
Why shouldn't a system be able to measure itself? — EugeneW
Yes. That seems to be a statement that X might be measured by Y, but Z may not have measured either, so the state of X and Y is not collapsed in relation to Z. So no objective state for anything. The state of any (X say) is a relation with some other system Y or Z, and not necessarily the same state, as your example illustrates. Hence it being meaningless to say something like 'X exists' without a relation, similar to saying that events 1 and 2 are simultaneous without specification of a reference frame.If an observer measures Schrödinger's cat, it is said that the whole of the observer and cat is still in a superposition and that a second observer collapses that superimposed state.
Which means the whole universe stays in one. Weird. But it logically follows. So time for a change.[/quote]Unintuitive maybe, but you seem to be able to follow it. Most don't get that far, balking when it rubs the intuitions/biases the wrong way.So the last observer will always remain in a superposition.
Basically it says the beginning in time happens in series. After us a next beginning and thereafter again. And before us. Ad infinitum. On that, eternal and infinite 4D space the 3D branes expand in two pieces of infinite bulk connected by a thin wormhole. The branes emerging backfire to their source (the wormhole) and inform when the next two universes (branes) can be inflated into reality (from virtuality). — EugeneW
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