Neil deGrasse Tyson STUNNED By India’s TERRIFYING Discovery Nobody Can Explain This

India’s Chandrayaan-3 mission has not only made history by landing on the Moon’s South Pole but also uncovered some truly shocking discoveries. In a groundbreaking feat of space exploration, India became the first country to land a spacecraft in the unexplored, rugged, and perpetually shadowed region of the Moon, where temperatures can drop as low as -240°C.

The Chandrayaan-3 mission has revealed some jaw-dropping findings, including the discovery of a strange new element deep beneath the lunar surface—an element so mysterious that even experts like Neil deGrasse Tyson have been left stunned. What could this element be? Is it something humanity has never encountered before? The mission also unearthed more evidence of water ice hidden in the Moon’s shadowed craters, suggesting that the Moon, far from being a barren wasteland, might hold the keys to future space exploration. This water ice could be used to support future human missions, potentially providing drinking water, oxygen, and even fuel.

India’s successful landing in such a challenging region is even more remarkable when you consider the mission’s budget. At just $74 million, Chandrayaan-3 has achieved milestones that rival far more expensive missions. This demonstrates how innovative planning, strategic use of technology, and sheer determination can lead to monumental success, even on a tight budget.

The mission’s Lander, Vikram, executed a daring “17 minutes of terror” as it navigated the difficult terrain, adjusting its path to avoid craters and find a safe landing spot. Once on the Moon’s surface, Vikram deployed its solar panels and extended communication antennas to stay connected with Earth. This was crucial for collecting data and conducting experiments in a region that had never before been explored.

As the Rover, Pragyan, set out to explore the lunar surface, it faced a daunting task. With only 14 Earth days to conduct experiments and collect data, Pragyan carefully navigated the rugged landscape, studying the Moon’s soil, measuring temperatures, and searching for clues about the Moon’s geological processes. Despite numerous obstacles, including extreme temperatures and communication blackouts, Pragyan’s exploration contributed invaluable information to our understanding of the Moon.

The discoveries made by Chandrayaan-3 challenge our assumptions about the Moon’s inactivity. New seismic data collected by the mission points to the possibility of moonquakes and hidden geological activity, suggesting that the Moon may still be more active than we thought. This is a potential game-changer for future lunar exploration, as it could provide fresh insights into the Moon’s internal structure and history.

Perhaps the most significant discovery is the confirmation of water ice in the Moon’s South Pole, a region that has been in perpetual darkness for billions of years. This ice could be used to support long-term human missions, making it possible to live and work on the Moon without having to transport water from Earth. This discovery is a major step forward in the concept of “in-situ resource utilization” (ISRU), where we use resources found in space to fuel further exploration, potentially reducing the cost and complexity of future missions.

While the mission did not manage to directly detect water ice in all the areas it explored, the evidence collected is still crucial. With the upcoming Chandrayaan-4 mission in collaboration with Japan, India aims to return to the Moon and further investigate the elusive water ice deposits. As this mission proves, space exploration doesn’t have to come with a hefty price tag. India’s Chandrayaan-3 mission shows that with innovation, resourcefulness, and a willingness to push the boundaries of possibility, we can make groundbreaking discoveries that may one day reshape humanity’s future in space.