public school #126 Tbilisi-Tbilisi Georgia 14 years old, 15 years old, 16 years old 6 / 3 English Jupiter’s moons
External Viewer for 3D Project
We at Oceanix decided to establish a base on Jupiter’s second biggest moon, Europa. It is named Base Abaddon. The phrase Abaddon occurs six times in the Hebrew Bible’s Masoretic language; it implies devastation, “place of destruction,” or the realm of the dead, and it is associated with Sheol. But mostly, it’s the name of the angel of the void, which properly represents the atmosphere in which our base is built—and it’s made up of two major sections. The first is on the moon’s ice surface, with a spherical main base that houses all of the rockets, mining robots, and rovers, as well as a landing location for our rockets and a SpinLaunch facility for launching satellites into orbit. A 10 kilometer elevator connects the surface and underwater levels. The undersea level is made up of five structures, each linked by vacuum-filled tunnels. The primary structures include a greenhouse, a main dwelling module, a main hub, a research center, and a research and monitoring facility. The primary hub, positioned in the heart of the construction, links the elevator to the remainder of the base. The main living module is divided into three floors: the first for beds and a cafeteria, the second for exercise and restrooms, and the third for cryosleep chambers and storage areas. The greenhouse is divided into four floors: the first for oxygen-producing plants such as algae and snake plants; the second and third for food-producing plants such as potatoes, radishes, and beans; and the final floor, which is completely filled with water and is used for drinking and watering the plants. The greenhouse’s automatic watering system and LED lighting allow the plants to photosynthesize. The Research Center has two stories: the first houses the chemical and engineering laboratories, while the second houses the base’s major energy source, the Helion Fusion Collider, as well as energy/SSD storage. Finally, there’s the Research & Monitoring building, which houses the servers and supercomputers for processing all of the data we’ve gathered by monitoring the magma surface, with its geysers and all, the 100km oceans, for the possibility of discovering microbial life, and the 10km ice layer and its surface, which is constantly bombarded with intense radiation. Each undersea structure includes a section of its bottom filled with light gases such as He and Ne to keep everything floating. The walls are composed of three layers: titanium, aluminum, and microfibers in the center, which protect the base from micro-oscillations. The base was created only for scientific study objectives, and our major aim was to delve further into the abyssal, dark waters and their potential to harbor microbial life and unique cell creatures. We picked aluminum for the project since it is the most radiation-resistant metal. And, because of its size and complexity, it would take many decades to complete!
