NASA will send a mission to a lunar vortex in 2024

The NASA commissioned Intuitive machines Contract to land the mission of displaying science and technology in Vortex Moon Rainer Gamma in 2024.

One of the natural characteristics The most unique and mysterious of LunaAnd Rainer Gamma, It is located on the western edge of the satellite as seen from Earth. Scientists continue to find out what it is lunar swirls How do they form and their relationship to the magnetic field, inform NASA.

Intuitive machines You will receive $77.5 million for the contract and are responsible for comprehensive delivery services, including payload integration, and deliveries from Earth to Surface Luna and payload operations.

The four investigations that Intuitive machines will hand over to Rainer Gama Weigh 92 kg approx.

moon science

first investigation moon top, a combination of payloads from the stationary lander and rover that will make detailed measurements of the magnetic field, plasma environment and regolith properties. Data from the probe and rover will augment the observations collected in orbit. Taken together, the notes will help show how ambiguous these are swirling moon, and how they relate to local magnetic fields in the same regions.

The second investigation of the mission called framework (Autonomous Collaborative Distributed Robotic Exploration), which consists of mobile robots programmed to work as an independent team to explore the lunar surface, collecting data and mapping different regions of the Moon. Luna and 3D.

The third is the laser reflector moon light, which reflects laser beams sent from the ground directly from Luna for receivers on the planet. This allows a very accurate measurement of the distances between the inverter and the ground station. This technique can be used to investigate the relativity and gravitational dynamics of the Earth system.Luna and the deep lunar interior.

Finally, the task includes investigation to mark (Lunar Space Environment Monitor), which uses a pair of vents to detect high-energy particles on the moon’s surface.

to mark You’ll watch for differences in the near-surface space environment when the Moon is in and out of the Earth’s magnetic tail, the extreme end of the magnetic fields surrounding our planet, which can act as a buffer for incoming radiation.

With information from Europa Press

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