Apeiron 2021[Final]

List Of Figures
Contributors’ Note of Appreciation
All figures that have been enlisted alongside their credits respectively are the works/property(s) of
other artists, that have been used in this report for diagrammatic/presentation purposes of this
research. However, images ​without credits​ that have been displayed are the artistic works of a
member of our team, Giller Jess Flores Gandia, who has contributed essentially towards the
expressive details of this report.
I Apeiron - The Overview
Fig. 1.1 ​- Anaximander
Fig. 1.2 ​- Lagrange Points, L1, L2, L3, L4, L5
II
Structural Analysis & Operating Apeiron
Fig. 2.1 ​- Anaximander’s idea behind the structure of the Earth
Fig. 2.2 ​- Anaximander’s celestial sphere/vertical diagram representing his universe
Fig. 2.3 ​- Anaximander’s universe in summer, by day and universe in winter, by night
Fig. 2.4 ​- Apeiron, viewed from x-axis
Fig. 2.5 ​- Apeiron, viewed from y-axis
Fig. 2.6 ​- Apeiron, viewed from z-axis, complementing the Celestial Sphere of Anaximander
Fig. 2.7a ​- Truss 1, identical to other trusses
Fig. 2.7b ​- Channel 1, identical to other channels
Fig. 2.8a ​- The 4 tori in view, x-axis
Fig. 2.9 ​- Central Cylinder, y-axis view
Fig. 2.10 ​- Docking Station, x-axis view of Apeiron
Fig. 2.11 ​- Inspiration for the interior of the Residential Module in RT1 and RT2
Fig. 2.12 ​- Residential Module on Apeiron (inspired)
Fig. 2.13 ​- Hospital in RT2
Fig. 2.14 ​-A classroom in Apeiron Academy, RT1
Fig. 2.15 ​- Retail Stores in Apeiron, for the growing economy
Fig. 2.16 ​- Agriculture Module on Apeiron
Fig. 2.17 ​- Concept of Specialized Barns for Livestock
Fig. 2.18 ​- Concept of Specialized Aquariums for Fish
Fig. 2.19 ​- Concept of In-Vitro Fertilization Laboratory
Fig. 2.20 ​- Industrial Module Model Picture (Inspired)
Fig. 2.21​ - Czochralski process
Fig. 2.22a ​ - ISRU Unit on Moon and Mars
Fig. 2.22b​ - Mining on Moon, extractor in view, and sintered regolith moon-base constructed on lunar
surface
Fig. 2.22c​ - Extractor of Regolith (Ilmenite Ore)
Fig. 2.23 ​- hGCV geodesic tube
Fig. 2.24 ​- hGCV in view, made of laminated glass
Fig. 2.25 ​- Sulfur concentration in the upper few decimeters of the Martian surface, as mapped by the
Mars Odyssey Gamma Ray Spectrometer. Regions of very high hydrogen content are not shown (grey)
due to the presence of abundant subsurface ice. Viking (V-1, V-2), Pathfinder (PF), Spirit (MER-A),
and Opportunity (MER-B) landing sites plotted
Fig. 2.26a​ - FSR Reactor
Fig. 2.26b​ - FSR, Aerial View
Fig. 2.27 ​- Mechanism of the G_S Process, Individual Pillar
Pristine Private School ​ ​ 6