- 6,104
- 5,101
STAFF ONLY
Ok. "More than countably ifninite", as accurate as it may be, gets hard to read after a while. I'm not suggesting go back to using infinite as that is incorrect. However, I feel as if it far easier to explain how higher dimensions (in term of geometry) affect a cosmological structure rather than "a 7-dimensional multiverse is a more than countably infinite number of times greater than a 6-dimensional multiverse, an 8-dimensional multiverse is a more than countably infinite number of times greater than a 7-dimensional, etc."
Simple.
Universe - 3 dimensions of space + 1 dimension of time.
Multiverse - adding one dimension will allows for the duplication of the previous structure any number of times.
This means that for our purposes each added spatial dimension can contain any number of the previous structure. A 7-dimensional multiverse can contain any number of 6-dimensional spacetimes. Our current explanations for 1-C and 1-B do explain this, but in a rather complex way, more complex than it needs to be considering it's exceptionally good vocabulary.
TL;DR. Our 1-C and 1-B explanations have too much blah blah and we need to simplify it.
Ok. "More than countably ifninite", as accurate as it may be, gets hard to read after a while. I'm not suggesting go back to using infinite as that is incorrect. However, I feel as if it far easier to explain how higher dimensions (in term of geometry) affect a cosmological structure rather than "a 7-dimensional multiverse is a more than countably infinite number of times greater than a 6-dimensional multiverse, an 8-dimensional multiverse is a more than countably infinite number of times greater than a 7-dimensional, etc."
Simple.
Universe - 3 dimensions of space + 1 dimension of time.
Multiverse - adding one dimension will allows for the duplication of the previous structure any number of times.
This means that for our purposes each added spatial dimension can contain any number of the previous structure. A 7-dimensional multiverse can contain any number of 6-dimensional spacetimes. Our current explanations for 1-C and 1-B do explain this, but in a rather complex way, more complex than it needs to be considering it's exceptionally good vocabulary.
TL;DR. Our 1-C and 1-B explanations have too much blah blah and we need to simplify it.