But what is there that can be 'created'? Matter is virtual.
Matter is not "virtual" it is real. Even if matter exists because of a support process that exists on a smaller scale, that does not mean it doesn't exist in itself. Wouldn't you agree?
Welcome to Religious Forums, a friendly forum to discuss all religions in a friendly surrounding.
Your voice is missing! You will need to register to get access to the following site features:We hope to see you as a part of our community soon!
But what is there that can be 'created'? Matter is virtual.
I'd much prefer what @LegionOnomaMoi may have to say about that as your understanding is less than stellar.It does'nt matter in terms of the topic, which is whether something we call 'matter' was 'created', because we DO know that ALL of the mass of the atom is made up via fluctuations in both the Higgs and Quantum Fields.
Why? They could simply be complimentary or opposing natural forces. The point is we don't currently know and may not for some time to come.Ultimately, there can be no separation in the Uni-verse, so the Higgs, Quantum, electromagnetic, gravity, and all other fields must be aspects of a greater whole.
Personally, I think it's more than a bit dishonest to marry the two, as if they were the same thing, but that's just me.Science is calling that 'The Unified Field', while it has been called 'the ground of all being' in the East.
I'd much prefer what @LegionOnomaMoi may have to say about that as your understanding is less than stellar.
Why? They could simply be complimentary or opposing natural forces. The point is we don't currently know and may not for some time to come.
Personally, I think it's more than a bit dishonest to marry the two, as if they were the same thing, but that's just me.
Matter is not "virtual" it is real. Even if matter exists because of a support process that exists on a smaller scale, that does not mean it doesn't exist in itself. Wouldn't you agree?
You do realize that not a lot of progress has been made to validate the illusive Unified Field Theory, right?
Matter is not "virtual" it is real. Even if matter exists because of a support process that exists on a smaller scale, that does not mean it doesn't exist in itself. Wouldn't you agree?
I'd much prefer what @LegionOnomaMoi may have to say about that as your understanding is less than stellar.
Why? They could simply be complimentary or opposing natural forces. The point is we don't currently know and may not for some time to come.
Personally, I think it's more than a bit dishonest to marry the two, as if they were the same thing, but that's just me.
First, quantum mechanics involves no fields and no creations (or annihilations) of particles (or particles, for that matter). It is only by mathematically welding the formalisms of quantum mechanics with special relativity (and the mathematical "quantization" of the classical electromagnetic field) that one is able to even address "fields" in quantum theory, still less deal the creation or annihilation of particles, even those as "rudimentary" as the positron. Second, as for "virtual mass" or "virtual" anything in quantum physics, whether virtual anythings exist depends not upon whether we observe them but upon counterfactual indefiniteness:Well, in either case, can we really call it a 'creation' in light of the Quantum Physics observation that the mass of the atom is the product of fluctuations in the Unified Field? All of this mass is virtual mass, so where is the 'matter' that is being 'created'? If we see none, then we cannot refer to the world we see as having been 'created', but instead perhaps 'manifested' or 'projected', which, of course, leads to other questions.
Oddly, this seems to be at variance with the clap-trap that Godnotgod is selling. Who knew, eh? Thanks, Legion.First, quantum mechanics involves no fields and no creations (or annihilations) of particles (or particles, for that matter). It is only by mathematically welding the formalisms of quantum mechanics with special relativity (and the mathematical "quantization" of the classical electromagnetic field) that one is able to even address "fields" in quantum theory, still less deal the creation or annihilation of particles, even those as "rudimentary" as the positron. Second, as for "virtual mass" or "virtual" anything in quantum physics, whether virtual anythings exist depends not upon whether we observe them but upon counterfactual indefiniteness:
"It might be objected that we can observe virtual particles, namely if we make a measurement while the interaction is taking place we will find some of the particles indicated by the Feynman diagrams...it does not follow that the particles we detect when we interrupt an interaction would have been there if we had not made the measurement, or were there just before the measurement."
Weingard, R. (1988). “Virtual Particles and Quantum Field Theory” in H. R. Brown & R. Harré (Eds.) Philosophical Foundations of Quantum Field Theory (pp. 43-58). Oxford University Press.
And of course it isn't a matter of creation or manifestation or projection or whatever that "quantum physics" has shown us anything in terms of what is or isn't "virtual", but rather mathematical structures and timescales:
"In a sense every real photon is actually virtual if one look over sufficiently long time scales." p. 56
Feynman, R. P. (1998). The Theory of Fundamental Processes (Advanced Book Classics). Westview Press.
What we see requires optical nerve pulses triggered by incoming photons and interpreted by neuronal activity. Whatever we "project" upon or into reality consists fundamentally upon individual, consciousness. Quantum physics makes no sense without conscious observers, and thus in a very real sense the indeterminacy that quantum physics yielded was in that it forced us to include ourselves into the pictures, rather than consider systems as isolated from us so as to abstract mechanical "laws" that we then ascribed to hold for the very "things" we determined had no bearing on the experiments whence we derived the laws to begin with.
Currently, the standard model of particle physics, which serves as the foundation and basis for all unified theories, is at best an approximation that, while clearly wrong, may be on the right track. This field theory is incompatible with general relativity and more generally gravitation. No unified field theory exists which is even testable, contra your YouTube clip, and most lack any predictive capacity. The unification of the special theory of relativity with quantum mechanics resulted in a quagmire of impenetrable nonsense. We couldn't even get such "success" by attempts to unify quantum mechanics and general relativity, as this has proved to be impossible.
Currently, the standard model of particle physics, which serves as the foundation and basis for all unified theories, is at best an approximation that, while clearly wrong, may be on the right track. This field theory is incompatible with general relativity and more generally gravitation. No unified field theory exists which is even testable, contra your YouTube clip, and most lack any predictive capacity. The unification of the special theory of relativity with quantum mechanics resulted in a quagmire of impenetrable nonsense. We couldn't even get such "success" by attempts to unify quantum mechanics and general relativity, as this has proved to be impossible.
1) Your source not only fails to unify general relativity and QM, it doesn't attempt to. It states quite explicitly that unifying these theories has failed because physicists haven't given up on them as they should, and concludes "The electrical and gravitational phenomenon have herein not been unified in a manner as was initially envisaged by a great many researchers e.g. notably Professor Faraday and Einstein; were a reciprocal action and interplay between the two fields has been highly anticipated. No, the two fields here seat harmoniously side-by- side in a quasi-independent manner"Other than what science tells you or fails to tell you, is there something that tells you that everything in the Universe is interconnected as a single whole? IOW, is that something you just know for certain?
As regards the discontinuity between Relativity and Unified Field Theory, the following claims to have addressed that issue, though admittedly, I have not read it, but only picked up the gist of its message. You may find it informative:
http://file.scirp.org/pdf/JMP_2014103011560385.pdf
1)....No, the two fields here seat harmoniously side-by- side in a quasi-independent manner"
2) Nothing tells me everything in the universe is an interconnected whole in any nontrivial sense
Okay, so multiverse theory states that there are infinite parallel universes where every possibility is a reality somewhere. As for the notion of god, would you say that there is one god that presides over each of these universes, or that each universe has it's own god unique to it? Would you say that some universes have gods while others do not, or that none of the universes have a god? Or is multiverse theory false? Thoughts?
First, quantum mechanics involves no fields and no creations (or annihilations) of particles (or particles, for that matter). It is only by mathematically welding the formalisms of quantum mechanics with special relativity (and the mathematical "quantization" of the classical electromagnetic field) that one is able to even address "fields" in quantum theory, still less deal the creation or annihilation of particles, even those as "rudimentary" as the positron. Second, as for "virtual mass" or "virtual" anything in quantum physics, whether virtual anythings exist depends not upon whether we observe them but upon counterfactual indefiniteness:
"It might be objected that we can observe virtual particles, namely if we make a measurement while the interaction is taking place we will find some of the particles indicated by the Feynman diagrams...it does not follow that the particles we detect when we interrupt an interaction would have been there if we had not made the measurement, or were there just before the measurement."
Weingard, R. (1988). “Virtual Particles and Quantum Field Theory” in H. R. Brown & R. Harré (Eds.) Philosophical Foundations of Quantum Field Theory (pp. 43-58). Oxford University Press.
And of course it isn't a matter of creation or manifestation or projection or whatever that "quantum physics" has shown us anything in terms of what is or isn't "virtual", but rather mathematical structures and timescales:
"In a sense every real photon is actually virtual if one look over sufficiently long time scales." p. 56
Feynman, R. P. (1998). The Theory of Fundamental Processes (Advanced Book Classics). Westview Press.
No.Bottom line: at this point in the research, does the math, which I interpret to be a representation of reality, tell us that the mass of the atom is virtual in nature, even though we cannot directly observe virtual particles?
Then you haven't read enough of his work. I've followed him pretty closely, in correspondence, in his work, and in his worldview.I'll go with Paul Davies on this one
Then you haven't read enough of his work. I've followed him pretty closely, in correspondence, in his work, and in his worldview.
No. It simply means your interpretation of the quote is wrong as is your understanding of Davies' position.Does that change what I quoted from him?