Incomprehensible. He is omnipresent, but not in our universe? He's in a different space-dimension? He walks hand in hand with us, but is in a different time-dimension?
Good point. I should better have said "He is not
within our universe, but in a higher dimension", which does not exclude He is "here". Like a space includes a plane, God's world includes our universe.
Sheer assertion. You haven't exhausted the possibilities.
Explain how the Creator does exist within the time He created.
Then I have no idea what your point was.
Look at the context.
You denied God's foreknowledge, using your philosophy. I cited biblical verses that show that God decided to save us in Christ even before He created the world. It's simply a matter of Bible vs. your world-view with your aspiration to understand everything.
To be more precise. I'm the only one I know of who renders it consistently …
Sounds like hybris.
Where did I say to take Newton literally? About 3 time nows I said NOT to do so, right?
I have difficulties to see how this relates to what I have said. What I said was not about how to understand Newton, but about things that seem to contradict common sense, like "clocks" running at different speeds, no difference between waves and particles, or non-Euklidean spacetime. Experiments show that the reality is such when you enter micro- or macrocosm. You declared things that are proven by experiments as "illogical". And if such statements are not based of a sort of Newtonian way to describe the world: What else can you bring against modern science?
Totally dishonest. I edited my summary of your statement because I thought YOU had it wrong. Then I realized we were saying the same thing.
Dishonest? You said to me: "You had it correct", which I understood as implying "I was wrong".
I'm getting sick of the way you always suspect me being dishonest when there is a misunderstanding (you don't understand me, or - as in this case - I misunderstand you).
You're funny. You evidently think that inifinity is a specific integer, because you fought me on this point every time I raised it.
To make is as clear as possible:
- "Infinity" is not clear, because there is more than one Infinity.
- Aleph-0 is an example of a specific infinity.
- A specific infinity is an infinity, and no integer. But it is specific.
I never said otherwise.
I implied that expansion into nothingess is ridiculous. Which is what you just said, so we are in agreement.
But why did you raise this topic? No-one speaks of an expansion into nothingness. Definitely not the "big-bang"-theory as used in nowadays astrophysics.
For me, the only explanation was: You misunderstood the sentence you highlighted as speaking of an expansion into nothingness..
The only other option is creation of space ex nihilo
No. Expansion of space is not about new space added to old one, but of a
feature of spacetime. Distances (not every distance, but rather the long distances, to say it in a simplified way) increase over time. You may call this movement, but this kind of »movement« follows different rules than normal moves, so it is described as expansion of space and not retraction of objects in long distance.
Total dishonesty. The facticity itself is a lie. You and I are in disagreement about the facticity of light-constancy. You then point to experiments whose conclusions presume the light-constancy assumption. In effect, you presume what's in dispute and then call it a proven fact.
I pointed to a specific experiment, thought as a means to determine the velocity of the earth in the
aether. It turned out that the velocity is zero, and that this does not change over time, which seems to mean the earth does not move (not even rotate!).
This was the starting point of a discussion which took more other issues, e.g. some findings that an electron gets somewhat compressed when moving (I don't know details, but if you look into the web you may find out more, it is related to
Lorentz transformations). Then Mr. Einstein presented a paper about the electrodynamics of moving object („
Zur Elektrodynamik bewegter Körper”) …
I never pointed to experiments that presume the light-constancy
assumption. If you think there is such an implicit assumption (not discovered by science so far), explain it to me.
Dishonesty. It's not an imprecision in nature itself. It's a limitation of humans and human instruments.
Quantum mechanics says otherwise.
An elementary object (photon. electron, …) can be describes as particle or wave. Waves are mathematically described by sinus functions. A simple sinus function has a definite wavelength, but stretches into infinity (from -∞ to +∞). If you have a finite wave, a mathematical method called Fourier analyses describes it as a bundle of infinite waves with different wavelengths, adding up to a finite wave. So you have some range of wavelength, and a range of space. In quantum physics, the wavelength of the wave is the pulse of the corresponding particle, which means, you have an imprecision of he place of an particle (the space of the finite wave) and an imprecision of the pulse of this particle (the range of wavelengths of the wave).
For some time, physicist saw this as a real difference between waves and particles: "We can see the trace of an electron in our cloud chamber". But then came Heisenberg and showed: What can be seen has the same imprecision as the imprecision of the wave, there is no inherent precision in the path of an electron.
That's what quantum mechanics says. Maybe you were mislead by some "popular science" articles.
But stop saying "dishonest" when we disagree. Better ask. I could have called you dishonest because you said that the Michelson-Morley experiment presumed the constancy ot the speed of light. But I think you were not dishonest, but rather believed that.
BTW: If it were only about inability to observe, Einstein would not have protested against the uncertainty principle.
Xeno's paradox shows that the distance traveled is potentially an infinite number of segments (snapshots).
You can use the same approach I outlined above to show that there is an imprecision of time and energy: The shorter the time segment you are looking at, the broader the range of amounts of energy of the object you observes may have. If you constantly shorten the length of segments, you will end up with snapshots that give you no information at all about the state ot the objects you watch.
Xeno's paradox therefore turns out to be just playing with mathematics without any consequence for physical reality.
but your supposedly infinite God sees and knows everything.
He certainly knows the exact function of uncertainty for such "snapshots".
And I don't understand why you stick to this point. I have already said:
If you want to introduce an infinite number of snapshots … just use the method I suggested.
Actually I only read the first couple of paragraphs of the article. I just read another paragraph on the sidebar of the article. It says:
"Two different infinite sets have the same size when each element of one set can be paired with an element of the second."
And they have different size when such a matching is not possible.
And it gives an example. If one set is ALL the integers, and the other set is only the EVEN numbers, then it's "two different infinities".
Is this the formulation of that articles? That is like saying "The number of months in the year and the number of the tribes in Israel, that's two different numbers". Well, both numbers are the same, namely 12. And so the infinite cardinalities in your examples are the same, namely Aleph-0.
(Guffaw). So what? This is completely irrelevant to our debate.
Your example is. I already mentioned two different infinities: Aleph-1 is greater than Aleph-0. Proof:
Cantor's diagonal argument. You use an irrelevant example and overlooked what is relevant. You would say "straw man" to this.
Huh? I didn't get you. Earlier I suggested that the end of reality probably forms a continuum to the opposite end such that you would reenter there.
If spaced is curved positively, this will be so. Therefore I left open whether space is finite (i.e. your suggestion is correct), or whether it is infinite (flat or negative curvature) of space.
BTW: Local curvature out of gravity is neglected in such "global" pictures of the universe.
There is no "infinite distance" (a region of infinite meters measured) since there is no specific integer infinity.
Integer infinity is a contradiction in terms. The set of integers (i.e. natural numbers, zero, plus the negatives of natural numbers) does not contain an infinite number. There are specific non-integer infinities, as the cardinalities of infinite sets, or the ±∞ values used in describing limits.
I can't see why the non-integrality of definite infinite values is any argument against their existence in the real world.
I can't prove anything 100%, but the twofold argument for finitude is the most cogent position.
...(1) All we know for sure are finite objects. This makes finitude an ordinary claim. Anything else would an extraordinary claim, basically a fairy-tale, and thus a cult-like assertion.
Hmmm … I heard this before, or rather a variation of it:
»All we observe and explore in science, is not God. This makes God an extra-ordinary claim, basically a fairy-tale, and thus a cult-like assertion.«
I am on what you or atheists call »cult-like«. And I am not alone.
Basically, the counter-arguments against such claims are always the same. Features of our nature (we are unable to perceive infinities or to detect God in a scientific way) tell something about us, not about the possibilities of existence, be it God or infinity.
Unless we want to behave like a cult, we should accept the most cogent position.
The most cogent position is: What we cannot determine because we are limited, should not excluded on merely theoretical beliefs.