The world’s largest telescope, the ALMA (Atacama Large Millimeter/submillimeter Array) telescope, has made an important water discovery. Accordingly, researchers discovered a cold disk that has more water than Earth. But what is this cold disk and how will it answer the question of how the Earth was formed?
Has the question of how the world was formed found an answer? Water discovery from ALMA!
ALMA, the world’s largest telescope, made a major discovery of water vapor and found traces of a new world formation. This formation is the answer to the question “How was the world formed?” It is also among the important possibilities that it carries important clues for the question.
The cold disk discovered by ALMA, the water vapor around the cold disk, and the HL Tauri region where this discovery was made, respectively.
Astronomer Stefano Facchini, who led the study, announced that for the first time they captured the image of water vapor oceans in a cold disk around a young star. Cold disks are types of disks that enable planet formation. Accordingly, before planet formation, dust and gas clouds cluster around a cold disk. It is important to find water vapor around this observed cold disk.
The water vapor that emerges as a cold disk also reveals the amount of water that will exist on the planets. Accordingly, there is enough water vapor around the cold disk to fill all of the Earth’s oceans three times. However, there is also the possibility that this will spread to planets that will emerge in the solar system. On the other hand, it is also expected that life will sprout on a planet with this high level of water vapor.
This high level of water vapor around the young star is the key to life. Scientists continue to monitor the young star and the ongoing planet formation around it. It is among the predictions that the Earth was formed in a similar way, with clouds of water vapor and dust clustered around the cold disk.
In this sense, there is a possibility that scientists may come across the formation of an Earth-like planet after this discovery. This observation also answers the question “How was the world formed?” There is a high probability of answering the question.
How did ALMA, the world’s largest telescope, manage to make this discovery?
But how does ALMA have the opportunity to measure this amount of water vapor around such a distant star? The ALMA telescope is located in one of the driest areas in the world, the Atacama Desert. The biggest problem for large telescopes observing space from the ground is the water vapor in our atmosphere.
The presence of this water causes blurriness in space observations. ALMA, on the other hand, can eliminate this disadvantage of blurriness due to its altitude and location in an arid area. ALMA also discovered the amount of water vapor around the cold disk thanks to this advantage.
In your opinion, the world’s largest telescope, ALMA, is the answer to the question “How was the world formed?” Will he really be able to answer the question? We are waiting your comments.