Building Blocks

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Emerging sci/tech can widen the scope and reduce the cost of space missions, and transform impossible dreams into feasible, realistic projects.


New developments in science and technology have a potential to significantly widen the scope and reduce the cost of space missions, and often to transform impossible dreams into feasible, realistic projects. Distributed manufacturing promises low-cost crowdsourced space hardware, personal robotics and LEGO Mindstorms-like building blocks allow citizens to cooperatively prototype advanced robotic systems, and next-generation garage-tech initiatives are lowering space access costs. Blockchain technology is developing new ways to fund and collaborate on ambitious space projects.

Further ahead, research projects on innovative next-generation space propulsion systems, from light-powered sails to new propulsion methods based on exotic physics, promise game-changing breakthroughs. We intend to play a role in the development of all emerging technologies for the space frontier.


Engineering Plants For Vertical Farms Feasibility Study Vertical farming with hydroponics offers a precise way to deliver scarce nutrients and water to plants in a way that uses more of the available space in an enclosed area. These features seem to make vertical hydroponic farming a perfect fit for space exploration. However, the technique is not suitable for every variety of plant. Staples like wheat and corn grow too tall to make efficient use of vertical space. I propose that we initiate a study on the feasibility of adapting plants, perhaps first focusing on wheat and corn, to the common parameters for vertical hydroponic farming. Imagine corn and wheat with full sized grains but short stocks and root systems. In practice this may involve selective breading or direct genetic modifications. If successful, this research could benefit future space explorers and provide immediate benefits to farmers here at home. Roles: Lead scientist, Lab Assistant
There may be many benefits to boring holes and filling them with inflatable structures. To make this style of space architecture feasible we need a boring machine that can be realistically transported, maintained, and operated in space environments. I'm proposing that we: Explore which elements of a boring machine require high mass for it to operate well Explore which of those high mass parts can be replaced by a frame that can be filled with in situ materials such as regolith Explore ways to make the machine easy to maintain and operate



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