America: The James Web Space Telescope has pleased the space enthusiasts since the launch in 2021, which is close to both of them and far away with breathtaking scenes of celebrustial objects.
However, NASA is currently developing a new space telescope that will be able to assist even more fundamental astronomical questions.
Nancy Grace Roman Space Telescope, also known as Roman, will inspect the vast health of space to assist cosmologist in its massive understanding of the universe. It is going to be launched in 2027.
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It is important to have the ability to see both very closely and roughly when conducting astronomy research. Due to their extraordinary sensitivity, binoculars such as Hubble and James Web can see objects that are far away.
Roman would be unique in the fact that he will try to get a wide-angle scene of the sky. The image below reflects the difference between the finely wide but limited region of the Hubble, which is a limited area with a very wide area of Roman.
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Aaron Yung of NASA's Goddard Space Flight Center, who recently led a study predicting Roman's abilities, recently said that Hubble and James Web Space Telescopes have to be depth and up and up To have been adapted to, so they are preferring the universe through pinhole.
We need a space telescope with a very broad area to solve cosmic mysteries on the largest scale. This is what is designed to fulfill Roman.
Roman will be used to conduct a survey to determine the distribution of galaxies to determine the number of exoplanets throughout the galaxy and to better understand the dark matter.
With its broad area, Roman has an important advantage for such work that it will quickly capture images. NASA claims that Roman will be able to map the universe faster than 1,000 times compared to Hubble.
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According to Astronomy Jeffrey Crook, a research from Goddard, around 100,000 photos will be taken by Roman annually. The broader region of Roman means that powerful telescopes such as Hubble or web will also require several lifespan to cover the same amount of sky.