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Asteroid Dinkinesh Revealed as a Binary System by NASA’s Lucy Spacecraft

The recent flyby of asteroid Dinkinesh by NASA’s Lucy spacecraft has provided exciting new information, revealing that Dinkinesh is actually a binary system. This discovery has significant implications for future space exploration missions, particularly those aimed at exploring Jupiter Trojan asteroids.

During the flyby on November 1, Lucy spacecraft not only encountered its first asteroid but its first two. The initial images returned by Lucy confirmed that the small main belt asteroid Dinkinesh is a binary pair. The larger body of the binary system is estimated to be approximately 0.5 miles wide, while the smaller body measures about 0.15 miles.

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Testing the Terminal Tracking System

In addition to revealing the binary nature of Dinkinesh, the flyby served as a crucial in-flight test for the Lucy spacecraft. The primary focus was to test the terminal tracking system, which enables Lucy to autonomously track asteroids as it flies past them at speeds of 10,000 mph.

The successful functioning of the terminal tracking system is a significant milestone for the Lucy mission, as it demonstrates the spacecraft’s ability to accurately track fast-moving objects in space. This technological advancement will be invaluable for future missions that aim to explore and study asteroids and other celestial bodies.

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New Discoveries and Future Missions

The flyby of Dinkinesh has generated great excitement among scientists and researchers. The data collected during the encounter will provide valuable insights into the nature of small asteroids, helping us better understand their composition and behavior.

As the team continues to analyze the data, they are particularly interested in comparing Dinkinesh with other binary asteroid systems like Didymos and Dimorphos, which were observed by the DART mission. These comparisons will highlight the similarities and differences between these celestial bodies, contributing to our understanding of the solar system’s formation and evolution.

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Looking ahead, the Lucy spacecraft is well-prepared for future encounters with asteroids. The team will use the data from the Dinkinesh flyby to evaluate the spacecraft’s behavior and make any necessary adjustments for the next close-up examination of the main belt asteroid Donaldjohanson in 2025. Ultimately, Lucy’s main mission objective to explore the Jupiter Trojan asteroids will begin in 2027.

Overall, the discovery of Dinkinesh as a binary system and the successful testing of the terminal tracking system mark important milestones for the Lucy mission and pave the way for exciting future endeavors in space exploration.

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