Ai Needs a Symmetry Breaking Point.

Might the point potential model indicate the way to a promising basis for AGI? I think so.

The point potential binary assembly upon which nature is based and powered may have a close relationship with field speed, which is the symmetry breaking point for a binary.
This may be a nonsense idea, but my intuition says that Noether cores are constantly rolling the dice as a result of superposition around the symmetry breaking point.
I suspect the Generation II binary may balance upon field speed @.
The slightest bit over, one way of the other, there are different forces.
This is the primal symmetry breaking point of the point potential binary, now coupled to a smaller high energy binary and a larger high energy binary in a Noether core.
A cellular chip architecture could track the paths of all reactants and influencers.
- Optimization of the most relevant standard model assemblies and reactions
  - assemblies with 12 point potentials, each an eightball (q, t, s, s’).
  - high energy assemblies of spacetime, the Higgs Noether core clusters.
  - photons, i.e., contra-rotating point charge tri-binaries.
  - neutrinos, i.e., wobbly photons? Binaries not planar. Oscillating with spin 1/2.
  - W’s and Z boson interactions, mesons
  - and so on through some threshold
  - beyond that I tend to thing Ai makes sense,
In terms of simulation efficiency, I think the goal is for Ai to start moving up the food chain where it can match or beat the GPU chip calculation with reasonable accuracy.
An enabling technology is the ability to track point potential paths.
- This is an enormous simulation market space with many promising niches

The main idea in this short essay is that if one of the binaries in a Noether core essentially rides on the knife edge symmetry breaking point, that somehow this leads to randomness, uncertainty, and free will. It is highly speculative, but I think this mechanism may be essential to life including intelligent life.

J Mark Morris : Lynn : Massachusetts