Morocco scientist Hoda Hadar monitored “black hole” from Britain
After Morocco researcher, Hoda Hadar, in the astronomical science and astronomical physicist of the University of Newcastle in Britain, a renowned route, after gained a wonderful opportunity to monitor and analyze dust near the US Space Agency (NASA), near the massive blacksmiths (Supermasive Black Hols).
Hoda was given the time to keep track of the James Web Space Telescope (JWS) to read dust behavior near the massive black hole, “the British University announced the supervisor of this science field.
This telescope is “defined as the most competitive astronomical facilities in history, because the time of tracking this telescope has less than 10 percent acceptance rate”, the researcher explains in contact with the newspaper Hesrez, and I can go forward by understanding this award. Human understanding of how enormous black hole affects their galaxy.
It is a doctoral student at the College of Mathematics, Statistics and Physics of the same university; While he was preparing his plan in cooperation with “Cados”, a group of international experts studying massive black hole near ‘JWSD’ (James Web spacecraft). The Morocco researcher’s plan supported the “AGN Group at the University of Newcastle”, including astronomers David Rosario, Chris Harrison, Dico Costa, Vicky Focid, Davang Leia and Steve Campbell.
It will also allow the award, titled “Dust in Shakes: The Last Ring in The Active Black Honors Reactions”, and allows the forefront research on what the dust looks like in the presence of shocks; At a time when such shocks, created by the strong jets of high -maes -active blacksmiths, are still believed to be “the main cause of dust destruction.”
Hoda Explains, According to What Was Reported by “Newcastle” Elements Such as the iron that was previously detained, ” These shocks, it may be it.
For researchers and astronauts and astronomy, many questions: How does dust live in such severe conditions? Can this be found in other organizations? What does it say about the impact of massive blacksmiths on their galaxies? To respond to this, the team got about 14 hours from the time of the JWSD monitoring time, which allowed the team to study dust and trauma in four high -end black hole near unprecedented details.
The Morocco researcher, Newcastle’s Media Office, also cited its opinion: “It is very exciting to follow a doctoral study in this JWST era – there is no better time to study dust.”
It also highlights the importance of its achievements to other scientific fields, Morocco women and other researchers, as part of a concept that the electronic newspaper Hesress is: And the importance of representing its research and Morocco women and their inspiration in the fields of science, technology, engineering and mathematics.
