Understanding the Einvaldi spaceport and its advanced engineering is essential for appreciating the leaps we have made in space exploration and understanding the future of its journey. This article will walk you through the features of the Einvaldi spaceport and highlight the incredible technological expertise of ThemeWorlder.
In 2019, our team of experts established a connection between our world and Arcadia through a wormhole dubbed the Earth-Arcadia Tunnel (ELT). The Lootian opening of this tunnel is encased within a sphere, now recognized as the ‘large dome’. It is an integral part of Einvaldi, playing a pivotal role in our explorations of Arcadia. It was strategically materialized around the Arcadian opening of the EAT to streamline the printing process for more objects, including additional exploration technology and structures.
The large dome contains support columns equipped with machine heads that move along the x, y, and z planes. These machine heads function as a 3D printer, utilizing filaments produced when a specific frequency from the EAT is achieved. This filament generation process, similar to the process known as nucleation, is crucial for the printing mechanism at the Arcadian mouth of the ELT.
Gradually, we expanded on this dome, integrating both large and small components to give it its unique, insect-like shape. Each function plays a pivotal role in Einvaldi’s overall operation. The scale of the spaceship is staggering, housing an entire city (Einvaldi City) complete with hundreds of skyscraper buildings, a large bridge, trees, and even lakes. It is the only spatial object in Arcadia visible from the land.
Einvaldi’s trees and bodies of water contribute to the spaceship’s aesthetic, making Einvaldi City appear more lively and enhancing the overall immersive experience for users touring the city. Additionally, these trees are crucial for making the environment inside the spaceship livable for the tissue within life orbs. The trees are among the few non-polymer elements in Einvaldi. The lakes built throughout Einvaldi City serve as thermal moderators, cooling the spaceship in the event it overheats. Our meticulous integration of trees and lakes not only enhances the city’s visual appeal but also underscores our biotechnological approach to maintaining the trees’ core function.
Einvaldi City is based on the concept of a massive motherboard encased in an enormous insect-like shell. Some structures in the city act as server towers, ensuring that operations run efficiently. They facilitate the collection and storage of data. The LX1 rover collects large amounts of data, transmitting it to the Bifrost Command Center on Earth. These server towers are responsible for storing this data for both short-term analysis and long-term archives. The advanced computational systems in the server towers also manage the overall health of the spaceship, diagnosing issues, sending automatic alerts about potential problems, and in some instances, guiding automated repair systems. They also oversee the repairs and servicing of our exploration technologies, such as drones and space vehicles, ensuring they operate smoothly and efficiently at all times.
Lastly, Einvaldi’s bridge acts as a connector that shares information between the Earth-Arcadia Tunnel and the LX1 rover’s telescopes. It uses copper to create an electromagnetic field and prevent interference. Additionally, it acts as a surge protector against electrical anomalies. Conceptually, the bridge’s design resembles a spine, serving as a support structure for the spaceship. It was constructed with vents that allow light to pass through, naturally illuminating the spaceship. Moreover, it is equipped with lights used to alert the our team at the Bifrost Command Center in case of any serious issues within Einvaldi.
We have meticulously combined biotechnology, structural engineering, and creative design to give the Einvaldi Spaceship its visual appeal and functionality. This makes it not only a unique environment for users to explore through our virtual reconstruction but also underscores the spaceship as the lifeline of our journey in Arcadia. We designed it to be a self-sustaining spaceship, as it was engineered with the ability to create technology, incubate orbs and Arins, facilitate data collection and storage, detect system issues within itself and its components, and repair those issues, demonstrating the potential of remote space exploration technology.
With Einvaldi, we can explore, monitor, preserve, and interact with Arcadia effectively.
Read More: Exploring Arcadia
