The International Space Station supports a wide range of scientific activities, from monitoring our world to achieving progress in medical research, which is an active field of technology test for future exploration tasks on the moon and outside. the Blue Ghost Mission 1 From the Aerospace space landed on the surface of the moon on March 2, 2025, starting with Scientific operations And technology on its surface, which includes three experiments evaluated or enabled with research at the space station. These projects help scientists who study spatial meteorology, navigation, and computers in space, which are decisive knowledge of the future missions of the moon.
One of the experiments, the X -heliosphere of the lunar environment (Lexi), is a small telescope designed to study the Earth’s magnetic environment and its interaction with the solar wind. Like an exploring telescope of the internal composition of neutrons (More beautifulBecause of its abbreviation in the English language) that was installed outside the space station, Lexi notes the twenty -sixth sources. Lexi and Syrer have noticed the same star x -ray to calibrate the Lexi tool and analyze the best X -graphics from the upper atmosphere of the Earth, which is the main goal of Lexi. Lexi on The interaction between the solar wind and the Earth’s magnetic cover Researchers can help develop methods to protect future space infrastructure and understand how these limits respond to weather conditions in space.
Other researchers have sent to the moon tolerant computer system to radiation (RADPC) for tests on how computers recover from the failure associated with radiation. Before Radpc fly on Blue Ghost, researchers tested a radiation -enduring computer at the space station and developed an algorithm to detect the potential damage to the devices and avoid critical failure. Radpc aims to show computers resistance in the moon radiation environment. The computer can measure its own health in the actual time, and RADPC can determine and fix a defective point in the background, as necessary. The acquired knowledge with this research can improve computers for future missions in deep space.
In addition, the GNSS (Lugar) receptor experience on the surface of the moon has received an official reference to the GNSS navigation system at the farthest distance of Earth. These are the same signs of navigation used on the ground in everything, from smartphones to aircraft. On board the International Space Station, the Navcom Test and Communications Testing Bank conducted tests for the Earth’s GNSS backup system using land stations as an alternative to mole transmission when GNSS bodies could have restrictions. Standardization of current systems with emerging solutions for lunar navigation can help form the way the satellite vehicle sails across the moon in future missions.
The International Space Station works as an important test for research that takes place in tasks such as Blue Ghost and continues to lay the foundations of future technologies.
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The research communications team at the International Space Station
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