“NASA’s Shocking Discovery: This Asteroid Has a Gas Trail Instead of Dust!”
In a bizarre discovery, NASA has revealed that a strange tail of asteroids that looks like a comet is not made of dust, but of gas. This recent revelation has caught the attention of scientists and space enthusiasts.
NASA’s Hubble Space Telescope observed two asteroids in January 2019, 6478 Gault and 2006 VW139. Both asteroids had tails that looked like comets. However, upon closer examination, the tail was found to be comprised of sodium potassium, cyanide, and dust.
The discovery is strange because asteroids are not known to have tails. Comets, on the other hand, are known to have tails made of gas and dust that evaporate when they move closer to the Sun.
According to NASA, the asteroids’ tails may have been triggered by their collision with other objects in space or because of the absorption of small particles. This is a discovery that will help scientists understand more about the chemistry and composition of asteroids.
The findings are also a reminder of how much we still have to learn about space. The discovery may lead to further exploration and study of asteroids in the future.
In conclusion, the discovery of the gas tail on the asteroids is a significant breakthrough that has caught the attention of scientists and space enthusiasts. The revelation that asteroids can have tails that resemble comets has challenged the previously held scientific notion about these space objects. The discovery also highlights the need for more exploration and study of asteroids to enhance our understanding of space.
Key takeaway:
– NASA has discovered that the strange tail of asteroids that looks like a comet is made of gas and not dust.
– The asteroids’ tails may have been triggered by their collision with other objects in space or by absorption of small particles.
– The discovery challenges the previously held scientific notion about asteroids and sheds light on the composition and chemistry of asteroids.
– More exploration and research are required to enhance our knowledge of space.
