Parabolic flight experiments demonstrate that vertical vibration sustains cohesive lunar regolith simulant flow through hoppers into rotary feeders under simulated ...
A new NASA-funded project led by UT San Antonio will examine how icy lunar soil behaves under extreme cryogenic conditions ...
An editorial in the journal Planet argues that extraterrestrial in-situ resource utilization must move beyond individual technology demonstrations toward integrated ...
Researchers have shown that a legged robot equipped with a microscopic imager and Raman spectrometer can autonomously survey multiple rock ...
Concordia University researchers have shown that recycled space-grade PEKK thermoplastic blended with simulated lunar soil can be 3D printed into ...
A new lifecycle cost analysis finds that lunar-derived oxygen could be worth roughly $286,000 per kilogram to early Moon Base ...
A new review maps how terrestrial grid engineering, failure modes, and autonomous control schemes could be adapted to build the ...
Researchers have developed a sealed flexible containment strategy that enables long-term storage and low-outgassing of frontally polymerizable composites for in-space ...
A new analysis of decades of meteorite and rover data finds that Mars likely hosts ore-grade deposits of copper, nickel, ...
Researchers have developed a living building material made from Martian rock, gelatin, and engineered yeast that can be 3D printed ...
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