New Technology– category –
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Morehead State University’s Lunar Environment Monitoring Station (LEMS) Approved for NASA Artemis Moon Mission
Morehead State University USA Overview NASA has formally accepted Morehead State University's Lunar Environment Monitoring Station (LEMS) for flight on an upcoming Artemis mission to the lunar surface. LEMS, a compact autonomous station ... -
IBM and NASA Open-Source Lunar Foundation Model AI and Dataset to Accelerate Lunar Exploration Insights
IBM USA Overview IBM and NASA have jointly released the open-source NASA-IBM Lunar Foundation Model, an AI model for scientific lunar exploration, alongside the first machine learning-ready lunar dataset. This initiative aims to empower ... -
NASA’s STAR Program Enhances Training for Principal Investigators to Conduct Spaceflight Experiments on Commercial & Agency Platforms
NASA USA Overview NASA's Spaceflight Technology, Applications, and Research (STAR) program is a virtual training course for principal investigators, senior research scientists, and postdoctoral scholars to prepare them for spaceflight ex... -
NASA Initiates High-Precision 7-Axis Milling Analysis of Orion’s Avcoat Heat Shield for Future Deep Space Missions
NASA USA Overview NASA has begun a high-tech analysis of Avcoat ablative material samples from the Orion crew module's heat shield, which protected the spacecraft during its 2014 flight test. Engineers from Marshall, Johnson, and Ames Sp... -
NASA Showcases ‘Bioculture System’ on ISS: Studying Cell Growth and Gene Expression in Microgravity for Drug Discovery
NASA USA Overview NASA has introduced the 'Bioculture System,' an automated biological science incubator operating on the International Space Station (ISS). Designed to study the effects of microgravity on cell, tissue, and microbial phy... -
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... -
European Consortium Unveils ‘LuminShield-X,’ Transparent Radiation-Shielding Polymer for Lunar/Martian Habitats: Reduces Radiation Exposure by 70%
artemis tokyo Europe Overview A European research consortium announced 'LuminShield-X,' an innovative transparent radiation-shielding polymer designed for lunar and Martian habitats. This new material reduces radiation exposure by 70% co... -
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... -
Hydrogen-Rich Nanocomposite ‘Plasteel’ Achieves 40% Weight Reduction, 15x Cost Savings in Space Radiation Shielding
AZoQuantum Unknown Overview A novel hydrogen-rich nanocomposite, Plasteel®, offers equivalent space radiation protection with a 40% mass reduction and up to 15-fold cost savings compared to conventional systems. This material integrates ... -
Starship’s Aerogel-Ceramic TPS: Advancing Reusable Thermal Protection for Extreme Re-entry and Beyond
Facebook USA Overview SpaceX's Starship is pioneering an advanced Thermal Protection System (TPS) utilizing reusable Axiom silica tiles, a novel aerogel-ceramic composite. This innovation enables spacecraft components to endure severe th...
