Hey! Welcome to Null theory! masterₖernel. pdf has the end result of all the work distilled down into a single master expression. It outputs all the observables with 0. 063% RMS accuracy. Null-Theory. pdf has the complete derivation chain from ∅ to CC/H, newtonian, relativity, etc. It goes over the connection and generation of the platonics and the gauge groups, introduction of 3+1d space/time, the natural and digital numbers, 3 independent routes of derivation that converge on the same thing, etc. mostly as forced actions. Its a discrete combinatorial with no parameters. . . There's no continuous number I could fudge even if I wanted to. Null theory is ultimately about making the most minimal claim (nothing conceptually exists) and subjecting it to the most simplest rule for growth (A->AB, B->A: the fibonacci substitution). That's it. I'm literally claiming nothing then picking the first rule that shows up and does anything non-trivial. What would physics look like if they had to be constrained to this rule? Well, it turns out it looks a lot like our physics. One of the core principles is that the behavior of fibonacci words (and phi in general) project upwards i. e. ABAABABA => no B's Touch => B-Repulsion => basis for causality and motion. the give of A/AA is a spatial basis. its about reducing complex phenomena to their simple origin or its vice versa, to navigate to complex phenomena through simple origin. I also added the hopfion viewer so you can see what gravity looks like from first principles. Look at the keys, jingle jingle (its actually really pretty). Just open the HTML in your browser and you can interact with it. It's deeply asymmetrical yet ordered, very beautiful thing. The verifiers are just there to provide the theorems if you need to build anything. The bergman misc stuff is just some theorems I used to get to the unified rule for the master expression.
Tristan Stevens (Thu,) studied this question.