The real question for which an answer will be provided shortly (the post is written) is what is g-space. Those who have not understood what has been written so far are thinking "space time" but, of course, space time is as far from g-space as time is from linearity. One is merely the effect of the other.
The only reason for the universe is because there is a linear equation in g-space which defines the universe. The only reason for time is that it represents the perception of the location of any quantum solution of the equation defining the universe compared to all other quantum solutions.
The idea of defining g-space, the environment where a linear equation is, from our perspective, at least, durable, is critical.
The side equations of information theory, indeed the existence of information theory, is only a reflection of the equation and the solution of the equation has been, to this point in time, the object of physics and mathematics. Only indirectly do the other sciences apply given the complexity of the solution at any quantum moment even for a very limited amount of space time given the minimum length of any quantum solution (10^-49th of a second).
So what can we say about g-space?
https://www.youtube.com/watch?v=4BtqElO1OX4
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