
Copernical Team
ESA and the EU agree to accelerate the use of space

ESA will work closely with the EU to use space to improve life on Earth, following an agreement signed today by ESA Director General Josef Aschbacher (left) and the European Commission’s Director-General for Defence Industry and Space, Timo Pesonen.
Week in images: 15-19 April 2024

Week in images: 15-19 April 2024
Discover our week through the lens
NASA's Near Space Network Bolsters PACE Climate Mission Communications

Hannover's expertise boosts groundbreaking fusion project

Momentus and Ascent Solar Technologies announce new solar array partnership

Constellation of Starlink satellites grows with latest SpaceX launch from Florida

Watch live: ESA astronaut class of 2022 graduation ceremony

Earth from Space: The Mekong Delta

Rare sighting of ‘doomed’ SOHO comet during solar eclipse

Researchers quantify the ideal in situ construction method for lunar habitats

As the lunar exploration mission evolves from exploration to construction and utilization, in situ lunar construction becomes an imperative requirement. The key is regolith solidification and formation, aiming to maximize local resource utilization while minimizing transportation and maintenance costs.
Nearly 20 techniques have been employed for preparing regolith-based construction materials, each with distinct requirements and capabilities. Professor Feng from Tsinghua University has conducted a comprehensive review, precise classification, and quantitative evaluation of regolith solidification and formation techniques, shedding light on key challenges and future development directions.