FRACTAL ECONOMICS

This is a discussion entry based on my fractal discoveries.   I have since published in 2023:  The fractal with no observation demonstrates no time.  T he fractal  with observation   demonstrates the passing of time, not absolute time, but relative time. 1. No time: -  A fractal in an isolated superposition demonstrates no time. It is only once a reference point is provided that an observation is made - that time is time. When we have a reference point on the fractal, we 'know' our position. The modern clock itself may be a reference point—without it, we could be anywhere or at any time. Without it, we are lost in chaos. The importance of a reference point in time is just as important as any other reference—it is to 'know'. Absolute time: In this blog, I have recently explored two critical areas of science in terms of the fractal: the expanding fractal (universe) and the de Broglie wave function. In both of these entries, I had to act in some kind...

   I have since published in 2023:  This entry I hope adds to the discussion on quantum entanglement. Fractal Entanglement The fractal at a state of fractal superposition and in perfect isolation – with no interference from other fractals – may demonstrate the principle of (quantum) entanglement.   The 'general' fractal that I have been using to describe our reality in this blog is defined as a pattern that is the same but different at all scales. It is best demonstrated by the Koch Snowflake (below). The Koch Snowflake fractal differs from reality in that it is not 'same but different' at all scales but is rather an infinity of 'the same but  same , at all scales'. 'Same same' as there is no interference from other fractals to change any triangle's shape. The triangles are – in principle – the same; they are – in principle –  'entangled', or coupled, or connected – ...