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| Looking like a pizza but NOT A PIZZA!!! In this example the SPACE1 Micron Planet is given a rough exterior to prolong its duration in space as the pockmarked and cratered example produces friction within the realm of to and fro Tropospheric space, while the ulterior is kept smooth for ease of developing cities and landscapes, as shown in this simulation. |
Dubbed the Pizza Planet
Space1 Full Size Rocket Launches Strange Pizza Micron Planet
SPACE1 is utilizing its full size new Monster Super Rocket (MSR) to launch dozens of Micron Planets
Using full size SPACE1 rockets (i.e. the new Monster Super Rocket) enables launching multiple Micron Planets at the same time saving time and money. It can also launch one large Micron Planet taking up the entire payload bay. Multiple planetary cities can now undergo global evolution creating sum totals of compressive space time for greater results.
The global planetary launch system enables the injection of numerous Micro Planets into the space void of Megascopic Space - the observable Universe of the Micron Planet. The rocket nose opens up to release dozens of Micron Planets at Apogee at which time a degree of space time compression is in effect.
Mini Dictionary
Megascopic Space - the observable Universe traveled by a Micron Planet
Micron Planet - artificial planet developed by SPACE1 Industries with varying diameters
Micron City - miniature city to fit inside a Micron Planet
Compressed Space Time - a condition where space is compressed and time events occur much more quickly
Micron Avatar - tiny machine represents a corresponding human
Apogee - the farthest distance reached by a rocket
Tropospheric Space - the part of space that holds atmosphere
Global Planetary Launch System - the ability to launch artificial planets
The largest current experimental Micron planet is spherical at the equator with a diameter of 3.5" and a habitable ulterior equator circumference of C = 2 pi r = 2*3.14*(3.5/2) = 6.28*1.75 = 10.99". This equator, or the area of one of the circular ends of a cylinder is calculated as pi*r*r = 3.14*1.75*1.75 = 9.62 cu inches. The volume of a planetary sphere is 4/3 pi r^3 = 4/3*3.14*(1.75)^3 = 4.19*5.36 = 22.46 cu inches. Therefore the Micron City must be on the order of about 11-inches linear equatorial length distribution. Experiments have shown the width of the city does not accrue too significant of a planetary curvature as the city wraps around on the ulterior. The height of structures will have limits however. The Micron Planet can become habitable with Micron Avatars at a size designed to populate the city. Sky cameras with SD micro cards will record the interior global planetary evolution during a strip of compressed space time and are retrieved for analysis.
