Duuurrreeeaaaaammmmssss! ✨⭐ @portalsandmagicghostnumbercube

Uploaded March 2026 | Updated September 2026, 2 weeks ago

Just a video, bright and early in the morning, moving my car for the construction currently happening in my apartment building.

#dreamscometrue

$(I Hear The Secrets That You Keep) Talking In Your Sleep, The Romantics #theromantics #talkinginyoursleep #musicvideo #fractal #polyhedra I felt inspired to show off my Magic Nested Dodecahedron and Icosahedron and my Synergetic Fractal Cube models, both of which I worked really hard at creating and of which these two types have a lot to reveal about the Core Ghost Number in all my Magic Ghost and Hybrid Number Polyhedra!$

From Low-Tech Photographic Portals To High-Tech Televisual Portals

Televisual High-Tech Conceptual Light-Interface Model/Photograph Low-Tech Lenticular Box Invention

The Three Major Parts Of A True Televisual Portal System Are Out There!

Triple-Lobed Infinity And A Model Of Quark Confinement

Octahedra Marks The Boundary Between Cubes And Higher Polyhedra: Definite/Statistical

$Higher 3-Dimensional Fully Connected Graphs: Fractal Points And Lines All my life, the research that Ive put towards studying invisibility and its inverse by-product holodeck, has mainly been in a flat 2-Dimensional form of what I call cross-sections, polygons nested within the same kinds of polygons. What distance Ive ventured beyond a flat space has purely been in illustrations. Nothing precise. What Im hoping to do, is go beyond the 2-D and into the third dimension. Yesterday, I completed a fully-connected graph in the form of a dodecahedron light-interface. What interests me are the parallel lines that are going into and out of an interface, creating an invisible outer boundary and an interior holodeck by-product. I may need to obtain color copies from my friends at Oberst Printing Company on West 2nd Street in Owensboro Kentucky, of my fully-connected dodecahedron graph in order to toy around to determine what are all of the parallel straight line groups that pass thru physical 3-Dimensional light-interfaces. Im also working on physical models, interpreting these parallel lines going thru them and seeing how they relate or differ from its 2-dimensional cross-sections counterpart Previous video: https://youtu.be/NQEzU4a39-M?is=u7ZdcLrsCl-T7H2i #fractal #intersections #polyhedra #points #graphtheory$