Scientists Reveal Surprising Revelation about Lunar Surface:
Uncovering the Phenomenon:
Scientists have made a remarkable discovery regarding the shimmering moon in the night sky. According to a study conducted by the American space agency NASA, it has been revealed that beneath the surface of the moon, a cooling process is underway, causing the natural satellite to shrink and subsequently leading to an increase in seismic activity on its surface.
Implications of Lunar Quakes:
The seismic waves are traveling quite far upward, resulting in the formation of cracks on the lunar surface. Consequently, future missions and rovers set to arrive there may face challenges due to prolonged lunar quakes and landslides emanating from these cracks.
Focus on the Southern Pole:
The research conducted by the Smithsonian Institution indicates an intense activity of tremors on the southern pole of the moon. This region holds significant importance in scientific exploration due to its presumed abundance of water ice deposits.
Preparation for Future Missions:
NASA's planning for the Artemis 3 mission, involving humans, scheduled for September 2026, is also focused on this region. The observations of changes occurring on the lunar surface are monitored through the Lunar Reconnaissance Orbiter's camera.
Insights from New Cracks:
The orbiter's camera has captured thousands of newly formed small cracks, while seismic data from devices placed on the moon's surface further corroborate the findings. Researchers suggest that the spreading of these new cracks indicates potential mobility and the formation of additional fissures.
Cautionary Note:
While researchers refrain from issuing warnings or deterring future missions, they emphasize the need to acknowledge and address potential risks for upcoming lunar expeditions. They stress that the moon, despite its serene appearance, is not without its hazards.
Conclusion:
The results of this research have been published in the Planetary Science Journal, shedding light on the dynamic changes occurring on the lunar surface and prompting further exploration into the mysteries of Earth's celestial companion.