Space is quantized superfluid compressible

Space is not continuous but quantized at the Planck length. This quantization enables the superfluid medium which scientists ominously like to call "a field".

We see space as an inherently unstable entity. The entire volume of "space" collapses into bubbles of space, while each bubble consists of even smaller bubbles in an infinite fractal in both directions… The relation between the size and frequency of oscillation of our universe vs that of a space quanta (voxel), defines our local frame of reference - which we can measure & deduct as the 5 Planck units(https://en.wikipedia.org/wiki/Planck_units?wprov=sfti1) which SHOULD be the natural basis of our (more or less randomly chosen) unit systems.

The dimensions manifest as a result of the fractal nature of space. Note: the relationships of features within a zoom through a fractal always repeat exactly! The frame of reference emerges from the relationships within this fractal - both spacially and temporally. Each zoom factor in the fractal has its one reference of time, defined by its oscillation.

3b1b has an excellent video to help understand fractal dimensions: https://youtu.be/gB9n2gHsHN4 

Now these bubbles collapse under rotation to zero and then expand inverted (this switches each smaller bubble from left handed rule to right handed rule each oscillation. 

Our next bigger bubble of space is our universe, currently in a right handed rule phase. It defines the Planck temperature (and second temporal dimension) as the only external boundary condition relative to our position in this fractal. The 1m-scale is bang in the middle between the supposed size of our universe and the Planck length. The next smaller bubble size in the fractal defines the Planck length and Planck time. Each pixel (voxel) in spacetime oscillates at the frequency of 1/Planck time and has at maximum extension the diameter of the Planck length. => that’s what limits the maximum speed at which a pressure wave can translate through this medium! Imagine: if you try to force a pressure wave through this medium faster than its boundary condition oscillates, you’ll just move it out of the way creating a local turbulence or an analog of the speed of sound in air. Instead of oscillating, space will remain compressed => time stops ticking! 

                                    Planck length 

"Speed of light“ c = ———————— 

                                    Planck time 

 

The true reason for this is the maximum rate of induction of superfluid space. Limited by the oscillation in diameter of its parts. Persistence/reality happens therefore at an incredibly high frequency - much like the frames of a movie 🎥 does our reality flicker. In much higher resolution & frequency: 

David ha  tried to visualize this soup of oscillating space: => Oscillating SpaceTime

 

So reality as we perceive it only happens at the extremes. At boundary conditions. If you add all bubbles of space (+ for right and - for left rotating spin), the average is ZERO! And there you have it: that explains in the most simple possible way with the least amount of assumptions, how there can be SOMETHING instead of NOTHING. Note: space is oscillating in this case without synchronization, filling space randomly but uniformly. You can now change "pressure“ simply by forcing synchronization of these space quanta. THAT‘s what electromagnetism does. It sends waves of synchronization through the medium of oscillating space, similar to pressure waves we call sound.