Fractal AI: An Almost Perfect Lap!

The main problem with fractals is that they tend to grow exponentially, so keeping this growth under control is a difficult task in many aspects.

Some posts ago I commented about the need of combining Fractal AI with some kind of "Exclusion Principle", meaning it that the fractal needed to avoid high density zones in order to work optimally.

Today I had some spare time to work on this and now I am presenting you the first videos of this exclusion at work. It did improve AI quite a lot! Just see the video and judge:

Pauli's Exclusion Principle

Quantum physic plays a big role in developing an artificial intelligence, more than many could think at first glance.

Back in the days I was developing the Entropic Intelligence, I needed to discard similar ending futures before evaluating the "Future Entropy" of a given option. This was because "entropy" always involves using a given minimum distance so futures that ends closer than this must be considered only one single future. If this remainded you some quantum principle like exclusion, you were quite rigth.

Entropic Intelligence grouping future end points