#Moon

American scientists have developed a new method for searching for water on the Moon using seismic waves. Icy soil changes the speed of wave propagation, allowing deposits to be found at depths of up to 800 meters. Chinese missions and future astronauts will be the first to test the theory. 🌕🔍💧

Astronauts will no longer build bases on the Moon by hand. Companies Interlune and Vermeer are creating autonomous robotic excavators capable of working in lunar dust and radiation conditions. The first prototype is ready for testing! 🌑🚜🤖

On August 5, a spent Falcon 9 rocket stage will crash into the Moon at a speed of 8700 km/h. Astronomers from South and North America will be able to observe this artificial collision through telescopes. This event will help scientists study lunar dust ejecta and the impact of space debris. 🚀🌑

On August 5, the upper stage of the Falcon 9 rocket will fall on the Moon. This is not just a fall of debris, but a large-scale scientific experiment: a 4-ton stage will crash into the Einstein crater, and the flash will be observed by telescopes around the world. 🌑🚀

The breakup of asteroid Eulalia 800 million years ago triggered a chain reaction that changed the history of Earth, the Moon, and Mars. 🌍🌑🪐 Fragments of the celestial body entered the resonance zone with Jupiter and crashed into the terrestrial planets, causing a surge in volcanism and global cooling. 🌋❄️

NASA plans to build a base on the Moon by 2030, but this is just the beginning. Experts predict a paradigm shift: from one-off missions to a permanent presence for the sake of resources and technologies for Earth. 🌑🚀

NASA plans to build a permanent base on the Moon by 2030. A geologist with 40 years of experience revealed the criteria for choosing the location and explained how mining lunar resources could change Earth's energy sector 🌑🚀