Hubble telescope uncovers rocks floating in space after a spacecraft’s asteroid collision

Do you remember the famous DART mission? This was when NASA used a spacecraft to push an asteroid away from its original path. The purpose of the mission was to protect the Earth from large asteroids. However, when the spacecraft collided with the asteroid, it scattered many rocks into space. Luckily, the Hubble telescope was in the right spot and managed to capture the entire event.

The Hubble Space Telescope took new pictures and those pictures showed that 37 large rocks, some as small as three feet and others as large as 22 feet, floated into space from the impact.

According to a recent study, scientists believe that these newly discovered boulders make up about two percent of the total number of rocks that were already spread across the asteroid’s surface, which were not tightly bound together.

See also: NASA’s Hubble telescope pictures a ‘cosmic sea creature’ 700 million light-years away

The discovery indicates that in possible future missions to redirect dangerous asteroids headed for Earth, there is a possibility that boulders could be sent in our direction as well. However, it is important to note that these specific rocks do not pose any threat to the earth. In fact, they have hardly moved from their original position.

NASA said the boulders are slowly moving away from Dimorphos at a speed of about one kilometer (half a mile) per hour, which is comparable to the speed of a giant tortoise.

The European Space Agency’s Hera mission, which is due to reach the asteroid in late 2026 to assess the impact, will have the opportunity to observe these boulders as they move very slowly.

In September last year, NASA’s DART probe collided with the asteroid Dimorphos, which is roughly the shape of a pyramid, at a distance of about 11 million kilometers (6.8 million miles) from Earth.

The successful collision marked a significant change in the asteroid’s path, the first test of Earth’s planetary defense capabilities.

Do you remember the famous DART mission? This was when NASA used a spacecraft to push an asteroid away from its original path. The purpose of the mission was to protect the Earth from large asteroids. However, when the spacecraft collided with the asteroid, it scattered many rocks into space. Luckily, the Hubble telescope was in the right spot and managed to capture the entire event.

The Hubble Space Telescope took new pictures and those pictures showed that 37 large rocks, some as small as three feet and others as large as 22 feet, floated into space from the impact.

According to a recent study, scientists believe that these newly discovered boulders make up about two percent of the total number of rocks that were already spread across the asteroid’s surface, which were not tightly bound together.

See also: NASA’s Hubble telescope pictures a ‘cosmic sea creature’ 700 million light-years away

The discovery indicates that in possible future missions to redirect dangerous asteroids headed for Earth, there is a possibility that boulders could be sent in our direction as well. However, it is important to note that these specific rocks do not pose any threat to the earth. In fact, they have hardly moved from their original position.

NASA said the boulders are slowly moving away from Dimorphos at a speed of about one kilometer (half a mile) per hour, which is comparable to the speed of a giant tortoise.

The European Space Agency’s Hera mission, which is due to reach the asteroid in late 2026 to assess the impact, will have the opportunity to observe these boulders as they move very slowly.

In September last year, NASA’s DART probe collided with the asteroid Dimorphos, which is roughly the shape of a pyramid, at a distance of about 11 million kilometers (6.8 million miles) from Earth.

The successful collision marked a significant change in the asteroid’s path, the first test of Earth’s planetary defense capabilities.