Let’s take the below chart as a model example of a space-time continuum, plotting out notional space-time coordinates as time passes or pulses from left to right (we’ll see that time actually moves in all directions, but for now we’ll use left to right for sake of illustration).
As you can see it looks very similar to price charts you may come across in the financial markets, eg Dow Jones, FTSE, etc, albeit being presented here in a very stylised fashion. The “shape” of the chart is known as a fractal pattern, where self-similar patterning of varying scale recurs within itself.
Such fractal patterns help in resolving certain paradoxical questions, such as how can something go up while it is also going down. They can also help resolve our understanding of infinity if we choose to look at infinity as a quantity or object, rather than its primary meaning which is to do with quality. We’ll come to that soon.
If we were to “deconstruct” this continuum we find that it is a collection of various sinusoidal waveforms (hills and valleys) which summate or coalesce to form one whole fractal waveform. In quantum theory, such summation or coalition is referred to as superpositioning. In music theory, this superpositioning can also be thought of as a chord.
In terms of “optimising” your own space-time continuum, you can see then that this is no more complicated than being in time and tune with your own nature. In other words, simply doing that which you most want to do, doing that which makes you feel good.
Just as individual space-time continuums are superpositioned in nature, so are group space-time continuums by the same process of summation. A group chart then represents a whole which is the sum of its parts, just like the Dow Jones or FTSE represents a gathering or family of various “individual” markets.
By definition then, the group chart is optimised when each and every individual chart is optimised. Similarly, our group space-time continuum is optimised, whatever the nature and extent of that group may be, when each and every individual space-time continuum is optimised.
This is why it is important to focus on what means most to you as a natural person, and always question everything that you may feel pulls you out of position.
Your feelings are very important in helping to maintain this balancing act of optimisation, sometimes more so that your thoughts, as we will see soon.
2D TO 3D >>>