General Relativity wants us to accept faster than light travel in a universe that doesn't allow for it. In order to accomplish this they do two things. In deep space, they add "space" fast enough to make up the difference (not that NLT also accepts the addition of space, it just comes up with a quantum method for it); in black holes they destroy space fast enough to make up the difference. Again, NLT allows for space to go non-linear, but with a method. Both GR and NLT like to play fast and loose with space.
WE don't really need space time from nowhere or taking it away to nowhere. Adding space to make up for light's speed limit is just justifying without NLT because you get space from somewhere and if you're interested in a theory, you'd better come up with somewhere to get it from, or you are never going to understand the religious nature of the universe for which NLT provides at least one explanation, although it is not very religious or intentional.
One issue with space that is worthy of some consideration comes from the idea that what we call empty space is controlled by ct(2). Since gravity well space where additional space is not created is also somewhat "empty space" it would make sense that in empty space within gravity wells sufficient to hamper new space creation that clock time 2 would be present and would control at least some of the activities in gravity well space.
The initial assumptions are that the different times allow movement in different ways, that is different dimensions giving rise to the perceived movement in three dimensions that we experience. That would mean that clock time 1 is effectively split between the different coordinates potentially that are conserved in creating linearity.
This rather complicated concept will require a great deal more explanation, but not here.
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