我国嫦娥六号样品和“月壤砖”研究取得新进展

Group 1 - The core finding from the research on Chang'e 6 lunar samples is the successful resolution of the "viscosity mystery" of the lunar regolith on the far side of the moon, which exhibits more complex particle shapes and rougher surfaces compared to the near side, leading to increased friction and significant molecular and electrostatic interactions [1] - The research indicates that the lunar regolith samples from the far side display distinct viscous characteristics due to these enhanced interactions [1] Group 2 - A recent development from the team at Huazhong University of Science and Technology involves the creation of simulated "lunar bricks," which have shown good condition after one year of exposure to extreme space environments and temperature variations [2] - The research team plans to conduct a three-year space experiment with the simulated "lunar bricks" to gather important data for lunar exploration and base construction [2]