Moon Dust Meets Recycled Space-Grade Plastic in New Lunar 3D Printing Study
Concordia University researchers have shown that recycled space-grade PEKK thermoplastic blended with simulated lunar soil can be 3D printed into ...
Tag: In-situ resource utilization
Lunar Oxygen Could Be Worth Nearly $300,000 Per Kilogram for Moon Base Crews
A new lifecycle cost analysis finds that lunar-derived oxygen could be worth roughly $286,000 per kilogram to early Moon Base ...
Building the Moon’s First Power Grid: Engineers Map a Lunar Electrical Network
A new review maps how terrestrial grid engineering, failure modes, and autonomous control schemes could be adapted to build the ...
Sealed Flexible Containment Could Unlock Long-Term Storage of In-Space Manufacturing Materials
Researchers have developed a sealed flexible containment strategy that enables long-term storage and low-outgassing of frontally polymerizable composites for in-space ...
Mars May Hold Ore Deposits Rich Enough to Mine, Decades of Sample Data Suggest
A new analysis of decades of meteorite and rover data finds that Mars likely hosts ore-grade deposits of copper, nickel, ...
Yeast-Powered 3D Printing Could Build Homes on Mars From Martian Rock and Gelatin
Researchers have developed a living building material made from Martian rock, gelatin, and engineered yeast that can be 3D printed ...
Smart Sensors Could Keep Future Moon Bases Standing
A new review outlines how structural health monitoring sensors, tested from Alaskan pipelines to space rockets, could detect damage and ...
Scientists propose lunar payload to test how Moon dust really behaves
Researchers have outlined a dedicated lunar payload and mission scenario designed to generate the first in situ datasets on how ...
Oxygen Flows Through Space Membranes Unchanged From Earth to Microgravity
Researchers have shown that oxygen transfer through hollow fiber membranes remains statistically unchanged across Earth, Martian, Lunar and microgravity conditions, ...
Printing Homes on the Moon: Lunar Dust Transformed into Reconfigurable Building Blocks
Researchers have shown that additive manufacturing can turn lunar regolith into reconfigurable building blocks for future Moon habitats.
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Mothers who receive childcare support from maternal grandparents show more parental warmth, finds NTU Singapore study
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University of Seville Breaks 120-Year-Old Mystery, Revises a Key Einstein Concept
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Bee body mass, pathogens and local climate influence heat tolerance
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Researchers record first-ever images and data of a shark experiencing a boat strike
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Groundbreaking Clinical Trial Reveals Lubiprostone Enhances Kidney Function
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