Getting ready for lunar orbit by Staff Writers Turin, Italy (SPX) Feb 21, 2022
ESA astronaut Alexander Gerst visited Thales Alenia Space in Turin recently to test out and provide feedback on accommodations for the next human outpost in space, the lunar Gateway. As the name implies, the Gateway will be located within the Moon's orbit and is being built by Thales Alenia Space on behalf of ESA. Among its components is the International Habitation Module or I-Hab. As crew quarters are designed with humans in mind, Alex both toured the mock-up and stepped into the crew quarter simulator to provide some experienced feedback. After two missions to the International Space Station - Blue Dot (2014) and Horizons (2018) - totalling 362 days in space, Alex is no stranger to living in special conditions. Using virtual gear, Alex experienced an immersive environment representing the interior of I-Hab, as if he were present on the lunar Gateway in orbit around the Moon. What did he think? Overall, the feedback was positive. Alex provided some recommendations that will help Thales Alenia Space's design team improve the next iterations. Alex and fellow ESA astronaut Luca Parmitano similarly assisted this process in 2021, but due to Covid-19 restrictions were only able to do so remotely. Involving astronauts in the module design process allows engineers to capitalise on the astronauts' experience aboard the International Space Station. Their feedback will guide upcoming design phases, to support a user-centered approach. "Exciting to see and work on the future of lunar exploration," said Alex. "The Gateway will be different to the International Space Station but an evolution of over two decades of living and working in low-Earth orbit. Next destination: lunar orbit." I-Hab is a major part of the Gateway, and together with the communications and refuelling module ESPRIT and ESA's service module for the lunar spacecraft Orion, Europe is proving to be a vital partner in the Artemis programme and humankind's return to the Moon.
China's moon sample updates lunar chronology model Beijing, China (SPX) Feb 16, 2022 Researchers led by Prof. YUE Zongyu and Prof. DI Kaichang from the Aerospace Information Research Institute (AIR) of the Chinese Academy of Sciences (CAS) and their collaborators have established an updated lunar chronology model that provides a more accurate timescale not just for lunar history but also for the evolution of planetary bodies in the inner solar system. The research is based on the radiometric age of new samples collected by China's Chang'E-5 from the Moon along with crater counting ... read more
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