In 2018, Yale University researchers published cutting edge research on galaxy NGC 1052-DF2 – the first star starred with very little dark matter. As NASA said, the stars are as big as our journey. Space Hubble's telescope was later used to teach more about this secret and special corner of the universe.
However, Yale University researchers were rather suspicious, which is why they decided to carry out two new investigations. First study (“Still Missing Dark Matter: KCWI Kinematics high resolution of NGC1052-DF2”), published in Letters from the Astrophysical Journalconfirm the results of the 2018 study, which confirm that the NGC 1052-DF2 has very little or no real issue.
The new survey has confirmed the 2018 research results by verifying that the stars in DF2's stars moved much slower than they were moving in a grocering case with a dark case.
“The reason we are seeing something that is quite new is something that is so exciting. Nobody knew that these diseases were there, ”said the author Shany Danieli.
The second new study (“A Preliminary Love to Dark Nuns of the NGC 1052 Group”) is also published in November. Letters from the Astrophysical Journal, finding that other stars could be found without a dark case. Scientists named DF4. The lead author of this study, Yale Professor Pieter van Dokkum, explained in a press release that another galaxy without a dark reason finds that other diseases will look like a place that is in that it means little time in advance by other scientists.
“This has meant that the chance to find more of these diseases is higher than we had previously expected,” he said, hoping that Yale results will inspire other scientists around the world to continue to work out this space position.
Moreover, the importance of these new results has been to encourage Yale University researchers to look at galaxies outnumbering in a more systematic way.
Yale University researchers are now using the Dragonfly Telephoto Array – a telescope they designed – to look for similar stars. Their aim is to find out if these stars are in other parts of the globe, they said, and a better understanding of what one of the world's biggest mysteries is. We have.
“We want to find more evidence to help us understand how the features of these galleries work with the ideas we have at the moment. We hope this will take a later stage in understanding one of the biggest mysteries in our world – the nature of a dark matter. ” T
According to the NASA, approximately 68% of our accuracy is dark dark, the darkness is about 27% of it.