Luna to Test First LLMs on Alien Planets

Autore · Nora Albrizzi

What happened. A new era is about to begin in the world of information science. Large Language Models (LLM) are set to be launched on the Moon. This news has sparked great interest and anticipation as the lunar environment presents unique challenges that require innovative solutions.

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Why it mattersIl punto rilevante è l’effetto potenziale sul settore AI; le fonti non consentono ancora di misurarlo con precisione.

Impact on Italian businessesNelle fonti non emerge un impatto diretto quantificato per le imprese italiane: attribuirlo ora sarebbe un salto interpretativo.

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OpportunitiesNessuna opportunità economica concreta è quantificata: per ora è una possibilità, non un risultato.

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An event that could change the course of research in space exploration. The NASA AstroLab project has invested heavily in the FLIP rover, which is destined to face the geographical and environmental challenges of the Moon. One of the main objectives of the FLIP rover is to bring large-scale computational processing capabilities to the Moon.

The FLIP rover, measuring 480 kg, is equipped with deformable wheels designed to cope with lunar topography and survive the lunar night, lasting at least 150 hours. It also carries scientific equipment, including a 3D laser mapper and a helium-3 concentration sensor for lunar rocks. Its mission will consist of over 20 scientific packages, including data from its eyes and mapper, which will be analyzed by LLMs to provide more accurate and reduced information.

This project not only represents a step forward in space research but also marks an important beginning towards future autonomous space missions. The time for communication between Earth orbit and the Moon has been significantly reduced, but high-quality connections are still not guaranteed to fully utilize the LLMs. The results of this test may lead to a significant reduction in transmission and communication times, improving the precision and speed of decisions in space research.

NASA has already demonstrated that lunar computers can be used to guide autonomous robotic missions, but these machines have a limited ability to process language compared to modern laptops. In contrast, HPE Spaceborne-4 is equipped with a 64-bit CPU and GPU designed to work simultaneously on multiple computational tasks, such as those required by LLMs. This system has been successfully tested on Earth where it performed exceptionally well under extreme conditions, reinforcing its potential applicability both on the Moon and on other alien planets.

Thus, the FLIP rover is preparing for an adventure that could change the course of research in space exploration. Despite still facing some challenges, the future seems promising for the science of information and space research.

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