There are no atoms apart from the universe. If there were, there would no longer be a uni-verse.
Right .... no one, not me or science, claims that atoms are
"apart from the universe". You are right that if that were true, we would not have a uni-verse, we would have a multi-verse--that's a possibility which science is open to, by the way (but apparently you are not?) although in the case of atoms the evidence is so far against it.
So .... we agree on the nature of matter, then? If so, I have a follow-up question. Actually let me respond to your other points just to make sure we are clear on this:
godnotgod said:
Now, I have to assume you mean to say that by 'individual atoms' that can be manipulated, is evidence that they are separate parts of the universe. The logic is erroneous. Just because they can be manipulated does not mean they are separate from the universe.
No you've made a logical error. To say that atoms are
"separate parts of the universe" is not equivalent to saying that they are
"separate from the universe". Do you deny both, or only the latter?
godnotgod said:
Earlier you stated that sub-atomic particles had large gaps between them. Now you interject your imagination that there are no gaps. Your original statement was to illustrate that they are individual pieces, to which I asked: Are the gaps essential to their being what they are? You made a point of including the fact that gaps exist between them, so I saw that as the gaps being a part of what the particles actually are, without which the particles would no longer be what they are. Essential is the word.
Let me summarize to make sure we're on the same page: I mentioned there are gaps between atoms in matter, e.g. a brick wall (or better yet let's say a lead wall), because appreciating this fact about reality is (1) only possible with the aid of science; and (2) necessary (but insufficient) to arrive at an understanding of the actual nature of the universe, and not just its
"outward appearance". I made this claim to compare/contrast to what you said about mysticism vs. science.
Now, if I understand your question correctly (and I'm not sure I do): no, the gaps are not part of what the
particles actually are. By definition, an electron (for example) is a point particle with a certain mass, charge, and spin; these attributes do not change no matter how large/small the gaps are between neighboring particles. (Caveats: at least, as far as we currently know; for the sake of argument let's just accept the evidence that this picture is more-or-less accurate, most if not all of the time ... etc. etc.)
OTOH, just to be sure I've covered all the bases, perhaps you consider that definition of an electron arbitrary, and too narrow to tell you much about reality (which in a way it is). Perhaps you are interested in more about the universe, such as the orientation of the electron's spin, or the nature of its wavefunction (is it smeared out over many atoms or localized around one nucleus?) Those things definitely depend on how close/far the neighboring particles are, and what they are doing. That's why we can distinguish, e.g., excited vs. ground-state electrons, inner shell vs. valence electrons, etc. These are attributes, whether they are
"essential" or not I don't know, that is semantics so I'll let you decide.
Does this answer your question? (Probably not ... btw when discussing such topics, to avoid vagueness and confusion it would be helpful to give a specific, operational example of what you mean by phrases like
"essential nature".)
godnotgod said:
The true nature of the universe is that:
"The universe is the Absolute as seen through the glass of Time, Space, and Causation."
Vivikenanda
There. I have told you, via another mystic's insight, exactly what the nature of the universe is.
I said the burden of evidence is on you to back up your claims.
Evidence. What you have said here is not evidence, or even an argument in support of a claim; it is just a claim. See
Argument by Repetition.
Perhaps you don't realize that your claim needs to be supported because it is not self-evidently true. You must realize that I could propose a counter-claim to Vivikenanda that actually, the universe is time, space, and causation, whether or not anyone sees it through any kind of lens. Furthermore, I could speculate that the universe isn't Absolute--maybe its spatial extent is finite, maybe it won't last forever, maybe its laws change, maybe there are many totally separate multi-verses instead of one universe .... etc. etc. (Don't get caught up in semantics, for the sake of argument just use whatever definition of "Absolute" you like, and insert features of a hypothetical non-Absolute universe into what I said.) The bottom line is I have seen no argument from you, and no persuasive argument from anyone, which confidently excludes these possibilities. Tangentially, I think if such an argument/evidence were to be discovered, it would be discovered
with the aid of science, just as we discovered that the true nature of matter is very different from its outward appearance through science.
So anyway that's why the burden of evidence remains firmly on you.
godnotgod said:
How do solar eclipse predictions and the mechanics of evolution tell us what the universe IS?
This is a subtle point so please read carefully. Successful predictions tell us, strictly speaking, only that our model of the universe
works. It's possible for a model to work, but still not give you an accurate picture of reality, e.g. the geocentric model of the solar system, or the continuous model of matter. We thought these models might reflect what the universe actually is, but they turned out to be outward appearances only. Maybe our new-and-improved models are also just outward appearances. This is the point I think you are focusing on, and you are correct in this. It's only when the model doesn't work that we can be sure: and then, we are only sure that we were wrong. So as Feynman says,
we can never know when we are right, we can only know when we are wrong.
But what I am claiming is that none of this tells us that science is, at present, definitely wrong about the actual nature of the universe. Maybe this time we got it right. And even if we're not right, there's a good chance we aren't totally off the mark, because it would be pretty lucky if we managed to successfully build nuclear bombs, etc. if we were *completely* wrong about the nature of matter, etc. Technology relies on the actual nature of the universe to work--or at least a part of the universe--not its outward appearances.
And while we can probably resolve these issues with or without mysticism, we certainly are not going to resolve them without the aid of science.