In an unsettling revelation, a colossal asteroid flew uncomfortably close to Earth on July 13, eluding our detection until two days later. This celestial interloper, approximately the size of a 20-story building, hid within the sun’s glare before hurtling past our planet at a mere quarter of the distance between Earth and the Moon.

Dubbed 2023 NT1, this roughly 200-foot-wide (60 meters) space rock travelled at a blistering speed of around 53,000 mph (86,000 km/h), as per NASA’s estimates. Unsettlingly, due to its approach from the sun’s direction, our star’s glare effectively blinded telescopes, obscuring the asteroid’s presence until it had already flown by.

Astronomers first learned of this sizeable celestial object on July 15 when a South African telescope, part of the Asteroid Terrestrial-impact Last Alert System (ATLAS), observed the asteroid departing our celestial neighborhood. This network of telescopes is designed to identify asteroids several days to weeks ahead of any potential impact. After this initial sighting, more than a dozen other telescopes followed suit, as confirmed by the International Astronomical Union’s Minor Planet Center.

Although asteroid 2023 NT1’s unexpected visit is unsettling, it isn’t considered a potentially hazardous object. Post calculating its trajectory for the upcoming decade, astronomers affirm there’s no immediate threat of a collision. Current research suggests Earth remains relatively secure from catastrophic asteroid impacts for the next 1,000 years.

However, this event serves as a sharp reminder of the dangers lurking within the sun’s blind spot. In 2013, a 59-foot-long (18 m) asteroid traveled a similar sun-obscured path and went undetected until it exploded in the sky over Chelyabinsk, Russia. The resultant shock wave damaged buildings, shattered glass, and caused nearly 1,500 injuries.

While scientists currently track over 31,000 near-Earth asteroids, they are all too aware of the threats posed by the solar blind spot. To mitigate this risk, the European Space Agency is preparing the NEOMIR mission. Scheduled for launch in 2030, this satellite will orbit between Earth and the sun, aiming to detect large asteroids hidden in the sun’s glare.

Asteroid 2023 NT1’s close shave serves as a wake-up call for the scientific community and highlights the need for vigilant surveillance and advanced detection systems. Only through proactive measures and constant monitoring can we ensure the safety of our planet from these silent and potentially devastating space travelers.

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Source: Live Science

Source: Daily Mail

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[…] subject of Near-Earth Objects (NEOs) is a priority for space agencies globally. So far, NASA has assured that “no known […]

[…] Asteroids, much like other celestial bodies, obey the laws of physics. Most of them orbit the sun, and their speeds are influenced by their distance from the sun, size, and the gravitational pull of other celestial objects. Generally, asteroids in the main belt, located between Mars and Jupiter, move at average speeds of about 25 kilometers per second (kps). Near-Earth objects (NEOs), which come close to our planet, can have varying speeds, often ranging from 10 to 30 kps. While these speeds might seem fast, they’re predictable. An asteroid suddenly accelerating to a “super fast” speed is not supported by our understanding of celestial mechanics. […]