Científicos chinos usan IA para descifrar el misterio del lado lejano de la Luna

Científicos chinos han utilizado un modelo de IA para determinar la composición química del lado lejano de la Luna, ofreciendo nuevas perspectivas sobre uno de los misterios perdurables de la ciencia lunar. Los hallazgos se suman a las perspectivas provenientes de la histórica misión Chang'e-6 de China al lado lejano lunar en 2024.

Casi la mitad de la superficie de la Luna —el lado lejano que mira permanentemente alejado de la Tierra— había permanecido sin mapear químicamente durante mucho tiempo. Científicos chinos han utilizado IA para determinar su composición química, creando el primer mapa global de distribución de alta precisión de los principales óxidos en la Luna.  Researchers from the Shanghai Institute of Technical Physics (SITP), an affiliate of the Chinese Academy of Sciences, teamed up with peers from Tongji University in Shanghai and several other Chinese institutes for the study. The findings were published last month in the peer-reviewed journal Nature Sensors.  «El estudio reveló las características de exposición de materiales profundos en la cuenca South Pole-Aitken y los patrones composicionales de los terrenos lunares del lado lejano», dijo SITP en un comunicado esta semana.  The work adds to a growing body of insights from China's historic Chang'e-6 mission to the lunar far side in 2024. Keywords include Tongji University, Luna programme, Kaguya, US Apollo, Moon, Nature Sensors, South Pole-Aitken basin, China, Shanghai Institute of Technical Physics, AI, Chang'e-6, and Chinese Academy of Sciences.  The article was published on March 7, 2026.

Artículos relacionados

Artemis II crew flies around Moon's far side, capturing craters and solar eclipse views en route home.
Imagen generada por IA

Artemis II astronauts fly around moon's far side

Reportado por IA Imagen generada por IA

NASA's Artemis II crew became the first humans in over 50 years to loop around the moon's far side on April 6, traveling farther from Earth than any before them. The astronauts captured unprecedented views, including close-ups of craters and a unique solar eclipse. They are now heading back for a splashdown off California on April 10.

A lunar mineral named Changesite-(Ce) discovered by a Chinese research team has been approved by the International Mineralogical Association, marking the 11th globally identified lunar mineral. This brings China's total to four, equal to the United States. The mineral was found in the Pakepake 005 lunar meteorite, China's first recovered sample.

Reportado por IA

As the US Artemis 2 crew completes its historic 10-day lunar orbit mission—the first with humans since Apollo—China is scrutinizing every detail for technical lessons to support its own astronaut lunar landing by 2030.

China and Europe launched their first jointly developed satellite on Tuesday to explore Earth’s magnetic shield against solar wind. The mission, named SMILE, stems from a 2015 project between the Chinese Academy of Sciences and the European Space Agency.

Reportado por IA

NASA's Artemis 2 four astronauts are approaching the Moon, with the mission's climax set for Monday's flyby of its far side, the first since Apollo 8 58 years ago. They may view regions never seen by human eyes, such as Mare Orientale. The crew will set a new record for distance from Earth.

Researchers at the University of Arizona simulated the formation of a large crater on metal-rich asteroid 16 Psyche to predict its internal structure ahead of NASA's arriving spacecraft. The study highlights the role of porosity in crater shapes and tests two possible compositions: a layered metallic core with rocky mantle or a uniform metal-silicate mix. Findings, published in JGR Planets, will aid interpretation of mission data expected in 2029.

Este sitio web utiliza cookies

Utilizamos cookies para análisis con el fin de mejorar nuestro sitio. Lee nuestra política de privacidad para más información.
Rechazar