It seems to me that matter is just a highly quantized space (the so called fields). In this view vacuum is just a kind of matter with low quantization. Quantization itself must be a property of space that varies from one region to another. This sounds coherent for both electromagnetism and general relativity.
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No. Space may or may not be quantized, which hasn't been figured out completely yet.
The fields in quantum field theory take place IN space, they are not what space itself is. In this sense, vacuum would be space with no field excitations.
Also, in contrast to matter, space doesn't have energy by itself.
The fields in quantum field theory take place IN space, they are not what space itself is. In this sense, vacuum would be space with no field excitations.
Also, in contrast to matter, space doesn't have energy by itself.
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Ok, then do the maths to make your theory work.
If you can do that then you may have something.
If not it is just so much hot air. Sorry but unless you have maths you don't have a theory.
If you can do that then you may have something.
If not it is just so much hot air. Sorry but unless you have maths you don't have a theory.