Regolith– tag –
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NASA Launches Call for Proposals to Accelerate Moon Base Technologies, Focusing on Vertical Solar Arrays, ISRU Oxygen Extraction, RSG, Advanced Manufacturing, and Nanomaterials
MeriTalk USA Overview NASA has issued a solicitation for proposals under its Lunar Enabling Infrastructure Accelerator to advance technologies for a sustainable Moon base at the lunar South Pole. The five key areas targeted are vertical ... -
NASA Solicits Proposals for Lunar Surface Technologies: Vertical Solar Arrays, Regolith Oxygen Extraction, and Radioisotope Stirling Generators for Moon Base
NASA USA Overview NASA is actively seeking proposals to advance key technologies for lunar exploration and the establishment of a Moon Base at the lunar South Pole. Critical areas include vertical solar array technology for consistent po... -
NASA Calls for Proposals in Five Key Technology Areas for Lunar Outpost Development: Oxygen Extraction, Advanced Manufacturing, and More
NASA USA Overview NASA has initiated a call for proposals in five key technology areas to establish a sustainable human presence at the lunar South Pole. These include vertical solar arrays for power, oxygen extraction from regolith, hig... -
Materials Advancements Shaping Lunar Power: Radiation-Resistant Perovskite Solar Cells Maintain Over 85% Efficiency
AZoM Unknown Overview Future lunar outposts hinge on innovative materials technology designed to endure extreme temperatures, vacuum, radiation, and abrasive dust. A recent review highlights the potential of radiation-resistant PV system... -
Artemis Program Forges Sustainable Lunar Future, Leveraging ISRU and Private Sector Innovation
Science/Tech Article USA Overview NASA's Artemis program is rapidly deploying foundational infrastructure for sustained human lunar presence by the late 2020s. This ambitious endeavor integrates insights from robotic missions like LRO an... -
Novel In-Space Manufacturing Method Incorporates Unidirectional Carbon Fibers into Regolith Simulants for Lunar Habitat Shields
MDPI Switzerland Overview A new research study describes an innovative manufacturing process for structural shields for future lunar settlements, involving the embedment of unidirectional carbon fibers into regolith simulants for in-spac... -
Scientists Uncover Fungi’s Potential to Transform Martian Soil into Farmland, Enabling Sustained Space Habitation through In-Situ Resource Utilization
SciTechDaily International Overview Scientists are exploring the potential of using fungi to convert Martian and lunar regolith into viable farmland for future long-duration space missions. This In-Situ Resource Utilization (ISRU) or 'li... -
ESA Unveils Advanced Lunar Lander Strategy for Precision Exploration and Resource Utilization
ESA News Europe Overview The European Space Agency (ESA) has announced a comprehensive development program for advanced lunar lander technology. This initiative prioritizes pinpoint landing accuracy, robust power systems for extended ope... -
NASA JPL Announces Over 60% Oxygen Extraction Efficiency in Lunar ISRU Technology for Oxygen Production
Lunar and Planetary Science Conference Abstracts (July 2026) USA Overview Researchers at NASA Jet Propulsion Laboratory (JPL) have announced significant progress in In-Situ Resource Utilization (ISRU) technology for oxygen production on ... -
JAXA Initiates International Collaboration for Lunar Regolith Utilization Research, Building Foundation for Sustainable Lunar Exploration
JAXA Press Release Japan Overview The Japan Aerospace Exploration Agency (JAXA) has launched a new international collaborative research project focused on In-Situ Resource Utilization (ISRU) technology for lunar regolith. This research t...
