Building an algorithm-living in an algorithm

Here's an interesting article discussing whether we live in a simulation or not.
http://aol.it/2d0fYa1
The beauty of this article is that it supports strongly (50%) the AuT version of the universe.
The difference between the concept and the proof is that AuT provides a viable mechanism for the simulation.  It is hard to give a more concrete example of what AuT adds to the general consensus.
Of course, and idea without a mechanism is science fiction, once the mechanism is defined it is science.  The only science fiction in AuT is g-space where the algorithm originates.

Changing curvature and speed and compression all relate to how clock time states interact and how they generate the quantum results that are stacked to give the regional and general inflection points that give rise to the richness of our universe at a value of x which is so high as to be impossible to fully conceptualize except on paper.
NLC-time orbits after the application of Fibonacci F-series part 7 contains some of the spreadsheet results, but the bottom line is that the F-series number after only 349 overlaps is 3.865*10^72.  That is when x=349, the resulting amount of information from which this 349 quantum universe can draw from has risen to 3.865*10^72 bits because of the stacking process.
The overlap at this point in time in the universe (the part leading towards or away from compression) is this same number. While this looks fairly stable given the fact that 10^39ths of these are necessary to form a second show that this universe exists in a very unstable fashion.
The entire size of the F-series number is not relevant, since only a choice from this enormous number is expressed at any quantum point, but the possibility for stability at this point in time is fairly high.
At x=349, however, there is only enough information to form a single photon, albeit with 100 quanta of space.
I continue to drag through the first edition of spirals in amber, probably cutting out half the material in the first 100 pages.  It's a mess.