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Movie Set designs: Space Station Starchitecture

Apr 16, 2017

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Page 1: Movie Set designs: Space Station Starchitecture

S t a r c h i t e c t u r eGolden Ratio Space Structures for futuristic movie set

Page 2: Movie Set designs: Space Station Starchitecture

A resource book for Starchitects and Movie Set designers.

We model prime ergonomic spaces specifically suited to Space

Starchitecture.

Each module can easily ‘morph’ into any of the others and all modelling

is based upon the golden ratio.

Many options and combinations are possible, we have simply applied nature’s own optimum packing

systems.

Page 3: Movie Set designs: Space Station Starchitecture

Nature arranges herself for optimum success, by following her examples we have selected the

simplest possible Unified Fractal Field by dissecting the Disdyakis Triacontahedron.

Page 4: Movie Set designs: Space Station Starchitecture

Living in Space can be exceedingly beautiful.Movie goers will experience the real shapes of space itself including Space Stations, Bio-Spheres, Cruisers, Pods, MotherShip, docking stations, fleet arrays and so much more.

Page 5: Movie Set designs: Space Station Starchitecture

Ancient cultures sort to utilise similar ‘spaces’ to inhabit as their goal of spiritual enlightenment.

Page 6: Movie Set designs: Space Station Starchitecture

StarchitectureMovie Set modelling for

children

Page 7: Movie Set designs: Space Station Starchitecture

Quasicrystalline FormsChildren can learn the new

shapes which will serve them

well as 3D printing becomes

more accessible.

Page 8: Movie Set designs: Space Station Starchitecture

All modelling is build-able using cardboard templates. Computer graphic software and 3D printers make for easy learning and speedy application.

Page 9: Movie Set designs: Space Station Starchitecture

This is not a maths book, all the membranes modelled here use golden ratio edge lengths.

Page 10: Movie Set designs: Space Station Starchitecture

Here are the nets for the four phi tetra; E tetra is the square, U-V-W tetra come from the mid section of the square. U-Red/Green, V-Yellow/Violet, W-Blue/Orange. A little trial and error is expected initially when making the nets, just keep in mind ALL measurements are golden ratio.

Page 11: Movie Set designs: Space Station Starchitecture
Page 12: Movie Set designs: Space Station Starchitecture

Science tells us photons are best portrayed as crystalline space, we’re modelling photonic genetics and forming them into ‘Light structures’.

Page 13: Movie Set designs: Space Station Starchitecture

Sub dividing the UVWs into smaller uvw tetra.

Page 14: Movie Set designs: Space Station Starchitecture

Colour coding is the key to which tetra goes where.

Page 15: Movie Set designs: Space Station Starchitecture

Modelling EUVWs & two Rhombohedra, by following the colours carefully the sub-euvw’s can be constructed.

Page 16: Movie Set designs: Space Station Starchitecture

Acute Rhombohedron made from the EUVW’s.These Rhomboids can fill space in a number of ways and pack to form the Rhombic Hexecontahedron.

Page 17: Movie Set designs: Space Station Starchitecture

Acute Rhombohedron packed as either EW’s or UVW’s.

Page 18: Movie Set designs: Space Station Starchitecture

Icosahedron radius is Rhomboid edge length, Rhomboid vertex is the same as stellated Icosa vertex.

Rhomboids link Icosahedron to Dodecahedron

Page 19: Movie Set designs: Space Station Starchitecture
Page 20: Movie Set designs: Space Station Starchitecture

Above; Oblate Rhomboid packed with UVW tetra.Opposite; Acute Rhomboid, one large blue E tetra packed with an array of smaller scaled by phi golden ratio tetra.

Page 21: Movie Set designs: Space Station Starchitecture
Page 22: Movie Set designs: Space Station Starchitecture

Imagine the possibilities - every acute rhomboid is packed with smaller phi tetra, every phi tetra is packed with smaller phi tetra.

Page 23: Movie Set designs: Space Station Starchitecture

Ten acute and the oblate phi rhombohedra pack to construct the rhombic Triacontahedron. Each rhomboid is packed with phi tetra, each and every phi tetra is packed with smaller phi tetra.

Starship: Triacontahedron - packed Acute Rhomboids

Page 24: Movie Set designs: Space Station Starchitecture

Our master template: the Icosahedrons thirty one axes of symmetry

Page 25: Movie Set designs: Space Station Starchitecture

Natural Hub for a cluster of Starships:the Rhombic Hexecontahedron.You will see as we move on more fractal Rhombic Hexecontahedra packings which act as Space Station and Motherships.

Page 26: Movie Set designs: Space Station Starchitecture

Rhombic Structures based upon phi ratio wavelengths built using prime tetra volumes offer optimal storage packing and fluidic membranes that compress into stabilized cavitation bubbles.

Page 27: Movie Set designs: Space Station Starchitecture

Twelve triacontahedra pack around the rhombic Hexecontahedron, twelve smaller triaconta nest inside each triacontahedron, as we see this can continue larger and smaller, each growth is by powers of golden ratio, all volumes are also powers of golden ratio.

Page 28: Movie Set designs: Space Station Starchitecture

The name for this is a coherent field of quantum plenum or Omni Radiant Wave Surface Growth. Here we see the central Hexecontahedron hub and the cute rhomboids that pack around the

Twelve surrounding triacontahedra

Page 29: Movie Set designs: Space Station Starchitecture

Here we show the same 12 around Hexeconta adding the EVW tetra filling the spaces, this is nature’s optimal storage containment.By using volumes inside the Rhombic Triacontahedron we create ‘Liquid’ Crystal Structures capable of expanding, compressing and morphing into many subunits.

Page 30: Movie Set designs: Space Station Starchitecture
Page 31: Movie Set designs: Space Station Starchitecture

Starchitecture: is the study of these Habitation design plans.Crystalline cellular structures that can ultimately fill all space.

Page 32: Movie Set designs: Space Station Starchitecture

Space PlatformsPacking Acute Rhomboids in this fashion can also fill space, without a central Hexecontahedron, inside each rhomboid are EUVW phi ratio tetra.This array can be used for many types of ‘space platforms’.

Page 33: Movie Set designs: Space Station Starchitecture

Sub-Rhombohedra can pack to create columns and rings, dishes and base stands.

Page 34: Movie Set designs: Space Station Starchitecture

Stargate’s and Wormholes:Face boned phi tetrahedra creates a recursive space-time tunnel or monopole scalar wave.

Page 35: Movie Set designs: Space Station Starchitecture

A phi spiral can be formed using face bonded phi tetra where vector angles become self embedding.

Page 36: Movie Set designs: Space Station Starchitecture

Combining Rhombic Structures by close packing golden rhombohedra creates ‘Crystal Light Structures’, quasicrystalline space filling, perfect for hyperspace habitation module that will dock into a central rhombic Hexecontahedron.

Page 37: Movie Set designs: Space Station Starchitecture

Nodes of face bonded phi tetrahedra making the phi ratio spiral meet nodes of Disdyakis & Rhombic Triaconta, Dodecahedron, Icosahedron, stellated Icosa & stellated Dodeca.

The geometrical modelling of taking Starships through Wormholes:This is literally the physics of implosion and the quantization of the Unified Field, the all space filled Ether being composed of golden ratio waveforms, the braiding of collapsing waves into subquanta wavepackets.

Page 38: Movie Set designs: Space Station Starchitecture

The UVW tetra that pack to construct the rhomboids used to make Rhombic Hexecontahedron nest in the same order that they pack to form the face bonded phi tetra ‘volumetric’ spiral. Above the orange-W, violet-V, green-U phi tetra’s can be seen in both the spiral and rhomboids.

Page 39: Movie Set designs: Space Station Starchitecture

Stargate activation and penetration:Spinning the Acute Phi Rhombohedra as counter rotational fields opens key vortex junctures.Volumes ‘recursively heterodyne’ as imploding cavitation bubbles.

Page 40: Movie Set designs: Space Station Starchitecture

Counter rotating fields meet opening a wormhole

Page 41: Movie Set designs: Space Station Starchitecture

Space Station leaving hyperspace

The rotating fields unpack into the Rhombic Hexecontahedron, which acts as a hub for expanding spherical membranes of packed

Triacontahedra

Page 42: Movie Set designs: Space Station Starchitecture

Quasicrystalline Wave Field.

A complete set of Space Architecture is possible

by exploring the Rhombic

Triacontahedronand the packings of

prime tetra volumes.

Page 43: Movie Set designs: Space Station Starchitecture

Space Station expansion/contraction

Careful viewing reveals the Triacontahedron, Rhombic Hexeconta & the two directional phi

ratio tetra spiralling ‘fields’ (below).These same phi tetra pack to fill the triaconta &

hexeconta (left).An All-Space-Filling-centripetally implosive clustering of prime volume phi tetrahedra.

Page 44: Movie Set designs: Space Station Starchitecture

Many visually stunning examples can be obtained

Page 45: Movie Set designs: Space Station Starchitecture

Hub of Space Station can form around and embrace a cluster of Starships by the nesting of rhombic structures and golden ratio tetrahedra.

Page 46: Movie Set designs: Space Station Starchitecture

Simple alphanumerics where a=1 - z=26 - each phrase between * and * comes to 340340mathematics of the ideal Space Habitation * aeronautical repositioning chamber * fractal packing prime golden Tetrahedra * packing golden ratio face bonded Tetrahedra * phi ratio Tetrahedral golden spiral * inhabiting regular Triacontahedron * Liquid Crystalline Continuum * collapsing Rhombic Structures * golden Rhombohedral Structures * a family of one hundred forty four * hundred and forty four fragments *

Page 47: Movie Set designs: Space Station Starchitecture

‘E’ Tetra packed with smaller by phi scaled phi

tetra, 120 ‘E’s pack to form the Triacontahedron

Page 48: Movie Set designs: Space Station Starchitecture

alphanumerics (a=1 - z=26) each phrase here comes to 341341FORMATIVE ETHERIC STRUCTURES * Universal physics Equations * golden ratio scaled face bonded phi tetrahedra * phi ratio rhombohedra All Space Filling * volumetrically phi recursive * instantaneous non-local collapse *

Page 49: Movie Set designs: Space Station Starchitecture

Phi tetra pack to make Rhombic Hexecontahedron

& the space filling out to Triacontahedron,

omnidirectionally expanding all space filling wave

Page 50: Movie Set designs: Space Station Starchitecture

Rhomboids pack in many ways: Helix, Rings, filling space, rhombic structures

Page 51: Movie Set designs: Space Station Starchitecture

Beautiful Space Starchitecture replacing the bleak grey shapes found in movies like Battlestar Galactica

Page 52: Movie Set designs: Space Station Starchitecture

Inside the rhombic Triacontahedron:a plenum of shapes.

Page 53: Movie Set designs: Space Station Starchitecture

Phi tetra packing inside the Triacontahedron

Page 54: Movie Set designs: Space Station Starchitecture
Page 55: Movie Set designs: Space Station Starchitecture

Spacecraft, Orbs and pods leaving Starship

Page 56: Movie Set designs: Space Station Starchitecture

Inter-dimensional space vehicles require optimized compression for superluminal faster than light tunnelling, the phase-conjugate heterodyning of rhombic structures sets in motion a superluminal Group Wave.

Page 57: Movie Set designs: Space Station Starchitecture
Page 58: Movie Set designs: Space Station Starchitecture

Mothership with pods for multiple translocation

Page 59: Movie Set designs: Space Station Starchitecture

Golden tetra ‘Cruiser’ sent through golden rhombus

wormhole

Page 60: Movie Set designs: Space Station Starchitecture

Space Station with six spacecraft in place for

hyperspace entry.

Page 61: Movie Set designs: Space Station Starchitecture

Transmitting and receiving Dish starchitecture

Page 62: Movie Set designs: Space Station Starchitecture

Space Stationpacking 144, 1728, 20736

clusters of Rhombic Triacontahedra

Page 63: Movie Set designs: Space Station Starchitecture

‘E’ tetra Space glider

Page 64: Movie Set designs: Space Station Starchitecture

Clusters of Space Stations enrouteto elsewhere in hyperspace

Page 65: Movie Set designs: Space Station Starchitecture

Acute rhombohedral rings hold Space Stations together

Page 66: Movie Set designs: Space Station Starchitecture

Movie Sets that look like the positive future timeline

Page 67: Movie Set designs: Space Station Starchitecture

A Spatial Holographic Language with an interconnected network of Space Vehicles

Page 68: Movie Set designs: Space Station Starchitecture
Page 69: Movie Set designs: Space Station Starchitecture

alphanumerics (a=1 - z=26)

369 Light Body Cellular Transformation * Phi Diamond Faceted Rhombic Structures * Quasicrystalline Structures * fractal nesting golden ratio tetrahedra * face bonded phi tetra volumetric spiral * structure of photonic particles * fundamental constituent of matter *

Page 70: Movie Set designs: Space Station Starchitecture

These are 3D slices of four dimensional ‘structures’.

top left/bottom right; Slices of the 120 Cell stellated.

bottom left/top right; initial omni-surrounding packing of members in the Diploid Hexacosichoric Family.

Page 71: Movie Set designs: Space Station Starchitecture

Mapping major Stargates using golden ratio DNA geometry

Page 72: Movie Set designs: Space Station Starchitecture
Page 73: Movie Set designs: Space Station Starchitecture

Links:Bucky Fuller: E Tetra. http://www.rwgrayprojects.com/synerge...Dan Winter: fractals. http://www.fractalfield.comDavid Koski: Volumetric golden spiral. http://www.youtube.com/watch?v=LkWp_K...Sandor Kabai: http://www.kabai.huRA the Law of One: http://www.lawofone.infoKrsanna Duran:Earthgrid research. http://timestar.drupalgardens.comDjwal Khul: Cosmic Fire. http://www.lucistrust.org:8081/obooks/Earthgrids: Google Earth upload. http://www.vortexmaps.comBashar: All Space Filling. https://youtu.be/6BqTCsIMMMcStephen Phillips: Polyhedral Universe. http://www.smphillips.8m.comMarvin Solit: Synergetics. http://www.youtube.com/watch?v=VEHanK...Robert Gray: http://www.rwgrayprojects.com/Lynn/NC...Fractal Solar System: http://www.spirasolaris.ca/sbb4c.htmlDawn Stranges:Ether. http://www.svpvril.com/dawn.htmlLynnclaire Dennis: http://www.near-death.com/experiences...Monroe Institute: http://www.monroeinstitute.org/assets...

Friends who have inspired this project.

Page 74: Movie Set designs: Space Station Starchitecture

Starchitecture modelling Grayham Forscutt

[email protected]