Cubic Stars and Nebulae confirming Complex QM Page 1

Examples of cubic geometry in astronomy are more common in nebulae
than stars.
Nebulae are large concentrations of gas clouds. They can therefore
illustrate the space around them that would otherwise be invisible to the human eye.

AB Doradus
A very interesting star with more than one eruption and flow of matter
forming cubic 4D patterns.
The size of these patterns, if presumed equal in flow, could indicate
the general direction of these eruptions.

AB Doradus (false colour) 1
This negative picture reinforces the cubic pattern but also shows that
there is a circular arc of ejected material that creates the cubic
distortion.

AB Doradus (false colour) 2
This picture reinforces the red colour element. It shows that the
square features can also be identified as cubic

AB Doradus (false colour) 3
This picture reinforces the blue colour element. It shows that the
blue areas could be considered as closest to us in 3D.
In fact at the centre of the star we can just make out that we are
looking down onto an eruption that has a cubic outer shell.
The white inner circle is probably connected with this.
This is because distances in 4D double and this star displays
this property which is surprising. If the distortion of the path of
light from a zunnel or wormhole is otherwise invisible this effect
is not immediately obvious.

Boomerang Nebula
This has two gas plumes that are bounded by square (and I presume
cubic) 'cones'. For the sake of brevity I will not repeat that
"I presume" agian.
I believe that images such as this can help to piece together the
manner iwhich space is warped into cubic 4D.

continued on page 2