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<h4 class="font_6"><strong>Space Settlements: A Design Study</strong></h4>

paper, artificial gravity, space colony, NASA

Space Settlements: A Design Study

1975 design study of an orbiting space colony for a population of 10,000 people

<h4 class="font_6"><strong>Modular Artificial-Gravity Orbital Refinery Spacecraft</strong></h4>

in-situ resource utilization, artificial gravity, in-space recycling, in-space refining, NASA

Modular Artificial-Gravity Orbital Refinery Spacecraft

The Modular Artificial-Gravity Orbital Refinery Spacecraft is a novel, patented NASA technology for in-situ refining and recycling of materials in space, including mass from asteroids, Mars moons, orbiting "space junk" debris, and for in-situ creation of products from operations in low or micro-gravity environments.

<h4 class="font_6"><strong>Mission Architecture Using the SpaceX Starship Vehicle to Enable a Sustained Human Presence on Mars</strong></h4>

NASA, paper, space colony, SpaceX, starship, Mars

Mission Architecture Using the SpaceX Starship Vehicle to Enable a Sustained Human Presence on Mars

Mission architecture to colonize Mars using the SpaceX Starship

<h4 class="font_6"><strong>SpaceX Starship</strong></h4>

website, paper, video, space colony, SpaceX, starship, Mars

SpaceX Starship

SpaceX Starship website with Mars mission concept video

<h4 class="font_6"><strong>Artificial-Gravity Space-Settlement Ground-Analog Design Concept</strong></h4>

paper, artificial gravity, video, space colony, NASA

Artificial-Gravity Space-Settlement Ground-Analog Design Concept

The design concept of a modular and extensible 2G hypergravity facility is presented. Several benefits of this facility are described including that the facility is suitable as a full-scale artificial-gravity space-settlement ground analog for humans, animals, and plants for indefinite durations.

<h4 class="font_6"><strong>A Rapid, Low-Cost Approach to Permanently Extend Life Beyond Earth</strong></h4>

paper, artificial gravity, spacecraft, NASA, closed-ecosystem

A Rapid, Low-Cost Approach to Permanently Extend Life Beyond Earth

Presentation of an argument for sustainably establishing life beyond Earth. A rapid, low-cost design concept is described consisting of a network of small ecosystems with populations of small animals and plants in terrestrial and aquatic environments in an orbiting centrifuge that can be launched assembled in a single launch.

<h4 class="font_6"><strong>An Evolutionary Computation System Design Concept for Developing Controlled Closed Ecosystems: An Intelligent Systems Approach to Foster Gravitational Ecosystem Research for Developing Sustainable Communities in Space and on Earth</strong></h4>

paper, artificial gravity, space colony, NASA, closed-ecosystem

An Evolutionary Computation System Design Concept for Developing Controlled Closed Ecosystems: An Intelligent Systems Approach to Foster Gravitational Ecosystem Research for Developing Sustainable Communities in Space and on Earth

An adjustably-autonomous intelligent systems approach for developing a connected network of Closed Ecosystems is presented. It includes a design concept and preliminary design details for a Controlled Closed-Ecosystem Development System. An Orbiting Modular Artificial-Gravity Spacecraft design concept is also presented, which enables the deployment of a closed ecosystem in on-orbit in a spacecraft that generates artificial gravity and provides radiation protection to help the ecosystem thrive.

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