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Sunday 28 December 2025 05:41:36 GMT
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homayoun27
Ali Koç :
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2025-12-28 06:40:02
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Shafiullah Mohammadi :
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Mohammad Mohamadi :
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2025-12-30 09:04:47
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The Cooper Station, or O'Neill Cylinder, is a large-scale space settlement project in the form of a gigantic rotating structure, proposed by American physicist Gerard O'Neill in his 1976 book, The High Frontier. The idea envisions a theoretically feasible space station for the permanent habitation of a trillion people, capable of completely simulating Earth-like conditions using centrifugal force and sunlight. The structure consists of two enormous cylinders rotating in opposite directions (this is necessary to compensate for the gyroscopic effect and keep the station oriented toward the Sun). According to O'Neill's design, each cylinder would be approximately 8 kilometers in diameter and up to 32 kilometers long, allowing for hundreds of square kilometers of internal living space. The cylinder's walls are divided longitudinally into six alternating bands: three giant longitudinal glass windows for sunlight and three habitable
The Cooper Station, or O'Neill Cylinder, is a large-scale space settlement project in the form of a gigantic rotating structure, proposed by American physicist Gerard O'Neill in his 1976 book, The High Frontier. The idea envisions a theoretically feasible space station for the permanent habitation of a trillion people, capable of completely simulating Earth-like conditions using centrifugal force and sunlight. The structure consists of two enormous cylinders rotating in opposite directions (this is necessary to compensate for the gyroscopic effect and keep the station oriented toward the Sun). According to O'Neill's design, each cylinder would be approximately 8 kilometers in diameter and up to 32 kilometers long, allowing for hundreds of square kilometers of internal living space. The cylinder's walls are divided longitudinally into six alternating bands: three giant longitudinal glass windows for sunlight and three habitable "land" zones containing cities, forests, rivers, and agricultural land. Enormous movable mirrors are attached to the exterior of the structure. By tilting at various angles, they regulate daylight hours, the seasons, and the climate within the colony. The O'Neill cylinder's key feature is its solution to the problem of weightlessness, which is detrimental to human health: due to the cylinders' constant rotation around their axis, a centrifugal force equivalent to Earth's gravity (1g) is generated on the inner surface of the "land." The force of gravity gradually decreases from the inner surface of the wall toward the center of the cylinder's axis, where complete weightlessness reigns, opening up unique opportunities for the development of space industry and recreational areas with the possibility of flying on artificial wings. Despite the project's enormous resource requirements (which would have been mined from the Moon or asteroids), the O'Neill Cylinder concept has become iconic in science fiction, inspiring stations in works such as Interstellar (Cooper Station), the Babylon 5 and The Expanse (the generation ship Nauvoo), as well as in popular culture and computer games (the Mass Effect series). #interstellar #spacetok #astrophysics #engineering

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