The white cliffs of Dover contain some unlikely fossils

Researchers from the Imperial College in London found an incredible discovery in one of the most iconic natural monuments in Great Britain. They discovered traces of fossilized space dust in the white cliffs of Dover. This finding could have many useful implications, as it might help researchers find out more about the history of our solar system.

The white cliffs of Dover are housing some unlikely fossils

Over time, researchers discovered the fossils of many creatures preserved in the white cliffs of Dover. All of these could help us understand how our planet and its life had evolved over the course of millions of years. Among these fossils, scientists stumbled upon some unlikely remains, which can contribute to our understanding of the universe and the solar system.

Apart from housing fossils of ancient creatures, the white cliffs of Dover also hid space dust. This can be of great help for scientists, as it might help them understand the early state of the solar system. Also, this finding might locate asteroids rich in water, which is a great start for upcoming space travel expeditions.

How can fossilized space dust be useful?

This is possible due to an innovative technology which can identify traces of clay in the space dust. Clay forms only in the presence of water so, if there is clay in the cosmic dust, it might mean the solar system might house asteroids rich in water. In case astronauts are ready for space explorations, finding these asteroids can provide them with refreshment places where they can take a break from their tiring mission.

Water is important not only for drinking. If they manage to store it, they can use it to produce oxygen, or to obtain fuel for their spacecrafts. Therefore, using the space dust which ended up on Earth, researchers might trace the position of these water-rich asteroids.
Image Source: Flickr

The post Researchers Find Fossilized Space Dust in the White Cliffs of Dover appeared first on Trinity News Daily.

Source: Link

Leave a Reply