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A small asteroid, approximately 27 inches in diameter, was identified on a collision trajectory with Earth on December 4 2024. Discovered by astronomers at the Kitt Peak National Observatory in Arizona, this asteroid, temporarily labelled C0WEPC5, entered Earth’s atmosphere around 11:15 a.m. ET and created a harmless fireball over northern Siberia. The European Space Agency (ESA) confirmed the event on its social media platform, noting that the asteroid was expected to disintegrate completely in the atmosphere.

Fourth ‘Imminent Impactor’ of the Year

According to a report by Space.com, C0WEPC5 is the fourth asteroid of 2024 to be classified as an “imminent impactor” — a term used for objects detected only hours before their predicted atmospheric entry. This discovery brings the total number of confirmed imminent impactors to 11. Physicist Richard Moissl stated that a 12th potential impactor remains unverified.

Other instances of such events this year include asteroid 2024 BX1, which burned up over Berlin in January and 2024 RW1, which exploded in a bright fireball above the Philippines in September. In October, asteroid 2024 UQ was detected just two hours before creating a spectacular display over Hawaii.

Global Efforts to Monitor Near-Earth Objects

International space agencies are actively enhancing their efforts to detect near-Earth objects through advanced monitoring systems, as per sources. Programmes such as the Asteroid Terrestrial-impact Last Alert System (ATLAS) and the ESA’s Near-Earth Object Coordination Centre (NEOCC) are pivotal in tracking such threats. NASA is also developing the NEO Surveyor, an infrared telescope designed to identify potentially hazardous objects, reportedly.

The ESA and other organisations have stressed the importance of early detection technologies. In a social media post, ESA officials highlighted the role of global observation networks in mitigating risks and ensuring public awareness of these celestial phenomena. These systems aim to refine predictions, offering greater clarity on similar events in the future.

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Fermi Telescope Detects Gamma-Ray Halo That Could Be First Direct Dark Matter Signal

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NASA’s Fermi Gamma-ray Space Telescope has detected a faint halo of high-energy gamma rays around the Milky Way’s centre—matching predictions for dark-matter annihilation. The finding, reported by Professor Tomonori Totani, could represent the first direct glimpse of dark matter, but scientists caution that alternative explanations remain and independent confirm…

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Researchers Develop New Materials for Truly Stretchable OLED Screens

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Researchers at the University of Chicago have created new materials that make OLED displays fully stretchable. Their key advance is an aluminium electrode embedded in a gallium–indium alloy, allowing it to “crackle” and self-heal under strain as liquid metal fills emerging gaps. Alongside this, a newly designed stretchy conductive polymer maintains electrical pe…

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Scientists Finally Identify What Drives Venus’s Fast Winds

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A new study has identified the primary force behind Venus’s extreme superrotating atmosphere: a once-per-day thermal tide driven by solar heating. Using data from Venus Express and Akatsuki along with circulation models, researchers show that this daily tide transports most of the momentum that accelerates cloud-top winds to speeds over 100 metres per second. The re…

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