"How does pattern emerge out of no pattern?"

We wonder about nature, yet have no doubt we can create artificial intelligence, using the same tools nature has been using since the dawn of time. What we've done with binary is amazing. DNA has four bases.
Start simple and progressively adapt to available sources of energy.
For every action there is an equal and opposite reaction.
Nature is an absolute pragmatist. Using fibonacci numbers, fractals, golden rectangles, protein folds, chemical and atomic valencies and frequencies and variations keep rising, that are to us apparently random, yet consistent with mathematical, chemical, and physical properties and principles. There is also the pos...

"How does pattern emerge out of no pattern?"

We wonder about nature, yet have no doubt we can create artificial intelligence, using the same tools nature has been using since the dawn of time. What we've done with binary is amazing. DNA has four bases.
Start simple and progressively adapt to available sources of energy.
For every action there is an equal and opposite reaction.
Nature is an absolute pragmatist. Using fibonacci numbers, fractals, golden rectangles, protein folds, chemical and atomic valencies and frequencies and variations keep rising, that are to us apparently random, yet consistent with mathematical, chemical, and physical properties and principles. There is also the possibility that microorganisms Viruses are an example, where there can be active gene sharing. A variation can improve survival chances, and is kept through inheritance. Detrimental variations can be lost when a creature dies. However if a variation rises that has no practical use, it is retained with everything that is passed on. In future generations, variations can compound, so that a variation once useless, can give the creature an advantage. Often when the creature is faced with a radically new environment or situation. For example before vision there was colour, but it didn't mean much. As vision developed, so the colour became more important, and it had an effect the evolution of vision, and so the evolution of colour.
Why can we only see 7 colours, a small fraction of the spectrum? That was all we needed to be able to see to survive.
Humanity has not yet begun to evolve.
And there are thousands perhaps even an infinite number of colours.
Perhaps one day we'll be able to hear light.
Of course you'd have to wonder why.