We have discussed expansion in a NLT universe briefly. This involves picking from among many factors and some unsubstantiated assumption (only because no one has looked yet).
We have our "gravity" preventing expansion within higher gravity portions of the universe
We have our "conservation" of universe meaning that for a given amount of space to be created a given amount of energy/matter must be converted
We have our complete vs partial NLT conversion in black holes (that is (to use energy as an example) energy rises to higher states as it is converted to its non-linear counterpart but if it either goes non-linear and comes back as linear or goes almost non-linear and can then move about in the matrix to gravity free coordinates. ALTERNATIVELY, we have an active (one or more) NLT fundamental particles which go non-linear in continuously increasing amounts in which case we should observe an increase in mass of the universe (unless space only has mass that we cannot measure as a result of it being a function of CT(2) for example).
Then there is the big-bang. For this there is ample support in observations as well as in the theories of Non-linear time. In NLT the idea is that the universe has a specific beginning which results in sufficient compression of space to create energy (and presumably the beginning of CT(2) which we assume exists a moment off from CT(1) or that it is otherwise difficult to understand but compares favorably to CT(1) which exists when energy is slowed below light speed.
Having these basic and non necessarily consistent parameters, what would a steady state NLT universe look like?
No comments:
Post a Comment