The design features a large cylindrical central module with multiple docking ports and a large solar panel array extending from one end.

The station is designed to accommodate up to six crew members, who would conduct research and experiments in microgravity environments

The central module would serve as the main living quarters, featuring sleeping quarters, a galley, a laboratory, and a gymnasium.

The station would have a modular design, allowing for easy expansion and upgrades as technology and mission requirements evolve.

The solar panels would provide the station with its primary source of power, converting sunlight into electricity to run the various systems and equipment.

The station would be equipped with advanced life support systems, including air and water recycling, to ensure the crew's survival in the harsh space environment.

The design includes a series of docking ports that would allow for the station to be resupplied and reconfigured with new modules and components.

The station's orbit would be carefully chosen to maximize its utility for scientific research, with the ability to conduct experiments in a variety of fields, including astronomy, physics, and biology.

The station's modular design also allows for the potential to add additional facilities, such as an observatory or propulsion systems, depending on future mission requirements.

The station would be a major technological achievement and a significant step forward in humanity's efforts to explore and utilize space for peaceful purposes.

Supermassive Black Hole's Directional Shift