They tell me light is constant. So, if you give me 12 equations describing a system, then there is some finite base, a rational ratio, which has enough precision that ensures all relationships between coordinates converge. Time must map to an integer number line, and have a constant, finite precision log of some base and make a canonical twos bit number. So all other relationships, such as, c*V(x) or c * V'(x), must converge uniformly. log(v') + v, vs v by itself say that can have dimensionality differences greater than a finite integer number line. So extra terms must be added to V and V', additional laws of physics.
Is this correct? Yes, all finite groups must map to a finite set of angles to rotate. The laws of physics are a finite group. So connections between the laws have to match the number of motions that map between the laws, to keep multiply constant precision. If the laws are set up so that the co-derivatives of all converge equal to the precision of light, then one say say, light, then we can use Isaac's grammar.
Light is a finite spectra of finite dimension determined by the set of exchanges among adjacent vacuum elements. We only know of a precision having 16 subdivisions, I think. But these are reduced when exchanges have no fields, only local action. Light in free vacuum is the number of dimensions need to make Maxwell work. When the energy of light exceeds that then new laws like refraction and reflection come to play. Free space a small spectra, nearly at the ground state.
Make matters shorty. When V^2 and V both approach the speed of light, then light is not accurate enough to relate acceleration and position. An object will accelerate, then change position; have the order wrong and not be causal. So relativity alters the coordinate system is really adding a new law of physics but reflecting the law as a modification of coordinate scaling.
Consider the curvature caused by the milk way on a light ray coming from the center of the galaxy, curvature straight. Then add the curvature of a local star, much closer. more curved. The rate of curvature between the two is itself large compared to light speed. So we add another term to the spacetime warping, solve for the next root, and redo our covariance matrix of space time. Same effect, finite speed of light compared to speed of othther things. Add another law of physics.
How many laws? Dunno, lets guess. Six at the proton level, six at the galactic/star level, and another six to combine quasars? Something like that.
Each time we get a root, we create a prime. First, 2*2 becomes prime and we split the angle to pi/2. Then we get 2.3 and split the angle again. Then 2*2*2 and we add multiple nucleus. But this would take many cycles through the universe, upgrading quasar capability after each row jump. It also means something bigger than a quasar because we do have five fingers and DNA. So some extra dimensionality can support wider, denser more stable pools of vacuum.
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