Newly Discovered Asteroid 2026 JH2 to Pass Close to Earth
A newly identified asteroid, designated 2026 JH2, is expected to make a close approach to Earth on Monday, May 18, 2026. Detected by the Mount Lemmon Survey and Farpoint Observatory in the United States, this celestial body belongs to the Apollo class of near-Earth objects, which are known to cross Earth's orbit around the Sun. Despite its proximity, scientists have confirmed that there is no risk of collision with our planet. At its closest point, the asteroid will pass approximately 90,000 kilometers from Earth, a distance equivalent to about 24% of the average separation between Earth and the Moon. The object is also scheduled to pass near the Moon before reaching its closest point to Earth. With an estimated magnitude of 11.5, the asteroid will be visible to amateur astronomers using small telescopes under clear skies. For those without appropriate equipment, the Virtual Telescope Project will provide a live online broadcast of the event. This close flyby offers a rare opportunity for the scientific community and the public to observe an asteroid on such a proximate trajectory, highlighting ongoing efforts in planetary monitoring and astronomical observation.
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Newly Discovered Asteroid 2026 JH2 to Pass Close to Earth
A newly identified asteroid, designated 2026 JH2, is expected to make a close approach to Earth on Monday, May 18, 2026. Detected by the Mount Lemmon Survey and Farpoint Observatory in the United States, this celestial body belongs to the Apollo class of near-Earth objects, which are known to cross Earth's orbit around the Sun. Despite its proximity, scientists have confirmed that there is no risk of collision with our planet. At its closest point, the asteroid will pass approximately 90,000 kilometers from Earth, a distance equivalent to about 24% of the average separation between Earth and the Moon. The object is also scheduled to pass near the Moon before reaching its closest point to Earth. With an estimated magnitude of 11.5, the asteroid will be visible to amateur astronomers using small telescopes under clear skies. For those without appropriate equipment, the Virtual Telescope Project will provide a live online broadcast of the event. This close flyby offers a rare opportunity for the scientific community and the public to observe an asteroid on such a proximate trajectory, highlighting ongoing efforts in planetary monitoring and astronomical observation.