Space Industry– category –
-
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... -
NASA’s Artemis III Human Lunar Landing Mission Redefined for 2027 Earth Orbit Rehearsal; Lunar Landing Postponed to Artemis IV in 2028
Britannica USA Overview NASA's Artemis III mission has been redefined to a low-Earth orbit lander rehearsal in 2027, postponing the human lunar landing to Artemis IV in 2028 due to delays in deep space landing technology development. Thi... -
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... -
Microgravity’s Medical Leap: ISS Research Accelerates Cancer Treatment and Orbital Biologics Production
Facebook USA Overview Research aboard the International Space Station (ISS) is rapidly transforming cancer treatment, leveraging microgravity to cultivate more representative 3D cancer cell cultures and develop advanced screening tools l... -
City Labs Successfully Launches World’s First Commercial Nuclear-Powered Satellite on SpaceX Falcon 9, Achieving Solar-Independent Power with Tritium Betavoltaic Battery
Wall Street Endeavor USA Overview City Labs has successfully launched the world's first commercial nuclear-powered satellite on a SpaceX Falcon 9 rideshare mission, featuring compact betavoltaic batteries powered by tritium decay. This g... -
NASA’s Transformative Heat Shields: ‘Spiderweave,’ Inflatable HIAD, and Mach 18 Success Propel Human Mars Missions
Facebook USA Overview NASA is pioneering advanced heat shield technologies, including the deployable 'Spiderweave' fabric for the ADEPT system and Inflatable Hypersonic Aerodynamic Decelerators (HIADs), crucial for enabling safe atmosphe... -
Space Manufacturing Takes Flight: Besxar Validates In-Orbit Chip Production; Microchip Powers Deep-Space AI with Rad-Hard Innovations
Facebook USA Overview Besxar has successfully validated semiconductor manufacturing hardware on a Falcon 9, marking a significant step towards in-space production of high-purity materials. Complementing this, Microchip Technology is expa... -
NASA Artemis Program Advances Lunar Resource Mining for Helium-3 and Water Ice Towards Permanent Lunar Base by Mid-2030s
Facebook (It's Science, Cosmic Curiosity) USA Overview NASA's Artemis program is bolstering robotic missions focused on prospecting lunar resources such as Helium-3, water ice, titanium, and aluminum, aiming to establish a permanent luna... -
Breaking the Plutonium Monopoly: ESA Fuels Deep Space Independence with Americium-241 RTGs
Science/Tech Article Europe Overview The European Space Agency (ESA) has achieved a major breakthrough by extracting Americium-241 from civilian nuclear waste to create proprietary Radioisotope Thermoelectric Generators (RTGs). These new...
