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tardis
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Many books and threads state that the 7 other dimensions are really small. For the 11D model to work, how small could the other 4 (x,y,z,t) theoretically/mathematically be for a stable universe model?
Tardis
Tardis
tardis said:Many books and threads state that the 7 other dimensions are really small. For the 11D model to work, how small could the other 4 (x,y,z,t) theoretically/mathematically be for a stable universe model?
Tardis
tardis said:Is that really true? It seems as if t was 1 year less last year and x,y,z (the observable or known universe) some percent of a light year smaller. So the 4Ds would seem to be possible at a size less than it is today in the 11D model. I was wondering whether there was a mathematical/theoretical limit as to how small one could make x,y,z & t and still have an 11D model that is possible. Is there some size (on the small side) for x,y,z & t at which the 11D model would not be possible?
T
Scientists use mathematical equations and theoretical models, such as string theory, to understand the size and nature of dimensions. They also conduct experiments using high-energy particle accelerators to study the behavior of particles at a very small scale.
According to current theories, there are only 11 dimensions in the universe. However, some scientists believe that there may be additional hidden dimensions that we are not yet aware of.
According to string theory, dimensions are all interconnected and cannot exist on their own. Therefore, it is not possible for a dimension to be smaller than the 4th dimension, as they are all of equal importance.
The size of dimensions is not measured in physical units, but rather in mathematical units. So, it is not possible to determine the exact size of the 4th dimension, but it is believed to be infinitely small.
Understanding the size of dimensions is crucial in our understanding of the universe and its fundamental laws. It can help us explain the behavior of particles and the forces that govern them. It also has practical applications in fields such as quantum computing and advanced technologies.