James Webb lead team: 3I/ATLAS comet’s chemical nature far from normal spatial dynamics; seven billion old comet likely to have borne out of early stars
According to NASA, the Atlas -tailed star was founded in another star system, which was probably a gap between the stars, a gap between the stars and has spent millions and billions of years. It is said that the source is the constellation of Sagittarius, the place where the Galaxy is located in the center of the Milky Way.
Also read: What happens when comets approach the sun? New findings from NASA’s James Webb Space Telescope 3i/Atlas
. Smithsonian Indicates that the comet has a niche, but has an unprecedented chemical composition. He adds surprisingly high carbon dioxide for water vapor, and both findings were sent as previnder printing papers. Arxiv This week was not reviewed as a platform and refereed.
. Smithsonian The article shows that these findings probably pave the way for understanding that such ancient formation and extraordinary flight leads to unknown properties in any unknown properties for its characteristics.
Oumuaamua and 2i/borisov comets, the two comets before space, were detected by astronomers in the different solar system in nature, but they have not seen such old roots and speed, and chemical differences have not yet emerged.How do we know that you are not here (Milky Way)?According to NASA, the orbit of the comet is in a thing that the sun travels too fast to be connected by gravity and is called a hyperbolic orbit, that is, it does not pass through the orbit tools and only passes through the solar system and disappears forever.
“The most popular mechanism is the removal of young systems around the stars in other parts of the Milky Way from the protoplantary discs, Dav says California University, 3 of the Los Angeles University/Atlas’s Hubble observations, David Jewitt. Smithsonian Make it unusual to discovery of comets.
Also read: ‘Is it a comet or an investigation or something else?’ Meet ‘3i/Atlas, Strange Intertextual Object
3i/Atlas is said to be at least seven billion years old and has a chemical composition of iced, nickel and carbon dioxide.
Cordiner Smithsonian These 3 atlas probably passed a different environment. He adds that the supernova reactions and new giant stars are born through interstellar travel.
Astroochemical Stephanie Milam in the Goddard Space Flight Center of NASA, which works on JWST Observations, should be ‘cooked’ because of the eons of cosmic radiation in close-shelled net-Sero-VİD, so due to the development of CO2 ICES, CO2 ICES Smithsonian.
A previous study by NASA on the 2I/Borisov’s comet, the water content in the comet 8 gallon (30 liters) was poured per second, showing enough to fill the bath bath tub in 10 seconds. However, while passing through the solar system, it lost about 61 million gallons (230 million liters) per second, which can fill the pool of about 92 Olympic swimming.
Fluctuations were found using ultraviolet light.
Jewitt added an interesting discovery of the comet, which moves by a force outside of gravity in the case of Oumuamua’s comet, first observed around the comet, and that any later understood that any telescope could be caused by the real inadequacy of the telescope.
3i/When and where does Atlas come from?
Stephanie Milam says the carbon dioxide ice line in the ‘protoplanetary disk’ is the place of the future of the comet. Protoplanetary disk is the thick gas and dust around the young stars where planets appear. Thus, the CO2 could have been a result of those who remain in the formation of the object, which would lead to a conversation about where it occurs on the protoplanetary disk.
Thin and thick protoplantary discs; Probably the origin of comet stars
Thick discs, especially from the formation of early stars, are galaxy branch. According to Michele Bannister, an astronomer at the University of Canterbury in New Zealand, the solar system is a part of the thin disk on more dense and thick discs.
To understand where it is ‘where’ from a comet, we must first open up how a comet is formed and what makes it different from an asteroid.
The comet is a galactic object traveling at incomprehensible speeds. 3i/Atlas records 220,000 miles per 3,3 astronomical unit remote/hour from the Sun.
It can be distinguished from an asteroid because it is ‘active’ with a icy kernel and coma (a bright gas and dust cloud surrounding the comet as the sun approaches).
The nature of a comet is difficult to decipher with such non -existent speeds, so it is difficult to discover the chemical composition, only one inference to other planetary systems such as ‘protoplantary discs’ surrounding it.
Also read: 3i/Atlas is an alien probe? Harvard scientists discussing about extraterrestrial life
Martin Cordiner of the American University of Catholic, leading JWST observations as the chief researcher, says this. “CO2 / WATER RATE is the highest in any coma we’ve ever seen” Smithsonian.
“I hope we will take things like methanol, formaldehyde, methane, ethane, perhaps hydrogen cyanide, ammonia – this depends on what is more extroverted,” Cordiner says. “Purpose… It is to get a detailed chemical inventory in this object, and this will really be revelation according to comparison with our own solar system,” he adds.
As a reliable and reliable news source
