How the Moon’s Thin Atmosphere is Formed: A Study of Space Weathering
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The Moon's thin atmosphere, or exosphere, is primarily formed through the process of impact vaporization, where meteorite impacts vaporize surface materials. This, combined with the solar wind, has created and sustained the exosphere over billions of years. Recent research highlights how these space-weathering processes play a crucial role in shaping the Moon’s environment, offering insights valuable for future lunar missions.
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Exploring the Impact of Citizen Science: A Fast-Moving Star Escapes the Milky Way
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Citizen scientists have helped discover a fast-moving star, likely a brown dwarf, racing out of the Milky Way at 1.5 million km/h. This incredible finding highlights the power of public involvement in scientific research and raises intriguing questions about the nature and origin of this mysterious object.
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SpaceX and NASA Collaborate to Evaluate Starlink for Martian Networks
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NASA has approved SpaceX's initiative to develop a concept for integrating its Starlink broadband satellites into a Martian communication network. This project is part of a broader program where NASA is funding preliminary studies to support its future missions, including the retrieval of Martian samples. SpaceX's proposal aligns with its broader ambitions under Elon Musk's vision of a multiplanetary human presence, aiming to enhance connectivity between Earth and Mars.
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New Findings Suggest a ‘Cosmic Glitch’ Challenges Einstein’s Relativity at Universe’s Edge
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A team of Canadian scientists has recently uncovered what appears to be a discrepancy in the gravitational forces at the edge of the universe, suggesting a potential "cosmic glitch" that challenges the established principles of Einstein’s theory of relativity. This groundbreaking discovery could reshape our understanding of cosmic gravity and the universe’s expansive nature.
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Is It Possible to Foretell the Presence of Giant Planets in a System?
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Explore how the integration of transit and radial velocity data might allow scientists to predict the presence of giant planets in distant exoplanetary systems, offering new insights into the structure and dynamics of outer space.
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Posts tagged as “gravitational field”

NASA’s Voyager 1 Is Sending Back Mysterious Data From Beyond Our Solar System
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NASA's Voyager 1, launched in 1977, has recently begun transmitting odd data back to Earth, puzzling engineers. Despite these anomalies in the attitude articulation and control system (AACS), the spacecraft continues to function, keeping its antenna directed at Earth to maintain communication. The challenge lies in the significant communication delay due to the spacecraft's vast distance—about 14.5 billion miles away. Engineers are investigating the root cause, with the spacecraft's advanced age and the unique interstellar environment being potential factors.
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Progress in NASA’s Mission to Deploy Nuclear Power on the Moon
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NASA's ambitious project to introduce a nuclear fission reactor on the Moon is making significant progress. This initiative promises to provide a continuous and reliable power source for future lunar bases, enhancing the feasibility of long-term human presence on the Moon.
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Revealing Earth’s Past: How and Why Days Once Lasted Just 19 Hours
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New research explores a fascinating period in Earth's history when each day lasted just 19 hours. This article delves into the forces and events that influenced Earth's rotational speed, offering a glimpse into a world spinning faster than today.
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Voyager 1 Back Online: NASA Retrieves Engineering Data After Five Months
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After a perplexing silence lasting five months, NASA's Voyager 1 spacecraft has triumphantly resumed sending back usable engineering data. This milestone was achieved through innovative problem-solving by the Jet Propulsion Laboratory team, who managed to circumvent a critical malfunction in the spacecraft's memory storage system. The successful data transmission marks a pivotal moment in the ongoing mission of Voyager 1, underscoring the challenges and triumphs of long-distance space communication.
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Recent Study Suggests Earth’s Inner Core More Like Butter Than Solid Metal
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A groundbreaking study challenges the traditional view of Earth's inner core as a solid metal sphere, suggesting it resembles the softness of butter more closely, altering our understanding of Earth's deepest secrets.
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