Tesseract Lattice Metamaterial

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Tesseract Lattice Metamaterial This is a framework with an oblique apeiroedro structure or hexaoctaedral network. This is a structure belonging to the hyperplanes. The Matrix for composition of the Expanded Conway Operator or "Cantellation", is as follows: Mx = [111 040 020] For infinite tessellated polyhedra based on a regular cubic seed. And it is Mx = [121 070 040] For infinite tessellated polyhedra based on a rectangular seed. This same structure in infinite honeycomb is the mathematical construction corresponding to the 4th Dimensional physical space, or the 5th Dimension considering Time. SPOILER: It's nothing more and nothing less than the Tesseract of the Gargantua Black Hole in the movie Interstellar, directed by Christopher Nolan. Where the temporal coordinate is translated into a transmissible spatial coordinate. Above are future potentials, below past ones, and at the center are the present ones. In each center of the overlapping volume 3D crosses or intersections, a concrete spacetime 4D arises. Through the internal hexagonal corridors that form in an orthogonal diagonal view of the framework lattice, movement over the W Cartesian axis emerges as the natural relativistic 5th Dimension. This proposed metamaterial may present properties of acoustic cancellation, vibrational, high resistance to compression and high thermal diffusion. Scientific articles related to this structure defined by Schoen IWP secondary operator in Conway's operator are available at the following links: https://www.tandfonline.com/doi/full/10.1080/15376494.2018.1538470 https://www.researchgate.net/figure/Designing-periodic-cellular-structures-a-Methods-of-creating-periodic-structures_fig5_322712421 Tags: Metamaterial, Tesseract, Interstellar, Gargantua, Black Hole, Hypercube, Hyperspace, Lattice, Honeycomb, Math Art