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Record: Nasa’s JWST finds oldest galaxy EVER seen in universe
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The James Webb Space Telescope has discovered the oldest galaxy in the cosmos.
The GLASS-z13 star cluster was formed only 300 million years after the Big Bang.
This galaxy is 100 million years older than the previous oldest galaxy.
GN-Z11, discovered by the Hubble Space Telescope.
The researchers also found another one, known as GLASS-z11.
The research claims that both galaxies should be 500 million years old.
based on their mass of one billion suns.
This means that the stars.
May have originated far earlier than previously thought.
In comparison to our own Milky Way.
Which has a diameter of 100,000 light-years.
They are similarly comparatively modest.
GLASS-z13 is approximately 1600 light-years across.
While GLASS-z11 is 2300 light-years wide.
“We found two very compelling candidates for extremely distant galaxies,” says Rohan Naidu, a graduate student in the university’s astronomy department, told New Scientist.
The James Webb Space Telescope may be able to view farther into the past.
And find galaxies that are just 200 million years old.
This might be a significant step.
Toward completing JWST's goal of mapping the cosmic dawn.
Tags:
#smac0723 #GLASS-z13 #GLASS-z11 #jwst #nasa #J0624-6948 #supernova #jwst1stimage #jwstasteroidhit #webbtelescopeupdates #rockyworld #exoplanets #55Cancrie #jwstnews #jwstupdate #mars #saturn #cassini #saturnrings #saturnmoon #jameswebbspacetelescope #webbtelescope #jwst #universe #mysterioussignal #galaxy #webbtelescopeupdates #jwstimages #photons #firstgalaxy #webbtelescopeupdates #interstellar #webbselfie #webbtelescopeimage #alienlife #jwstasteroid #asteroidtracking #jameswebbspacetelescope #nasa #galaxy #star #spacenews #nasanews #webbtelscopenewimages #HD84406 #webbtelescopeupdates
The GLASS-z13 star cluster was formed only 300 million years after the Big Bang.
This galaxy is 100 million years older than the previous oldest galaxy.
GN-Z11, discovered by the Hubble Space Telescope.
The researchers also found another one, known as GLASS-z11.
The research claims that both galaxies should be 500 million years old.
based on their mass of one billion suns.
This means that the stars.
May have originated far earlier than previously thought.
In comparison to our own Milky Way.
Which has a diameter of 100,000 light-years.
They are similarly comparatively modest.
GLASS-z13 is approximately 1600 light-years across.
While GLASS-z11 is 2300 light-years wide.
“We found two very compelling candidates for extremely distant galaxies,” says Rohan Naidu, a graduate student in the university’s astronomy department, told New Scientist.
The James Webb Space Telescope may be able to view farther into the past.
And find galaxies that are just 200 million years old.
This might be a significant step.
Toward completing JWST's goal of mapping the cosmic dawn.
Tags:
#smac0723 #GLASS-z13 #GLASS-z11 #jwst #nasa #J0624-6948 #supernova #jwst1stimage #jwstasteroidhit #webbtelescopeupdates #rockyworld #exoplanets #55Cancrie #jwstnews #jwstupdate #mars #saturn #cassini #saturnrings #saturnmoon #jameswebbspacetelescope #webbtelescope #jwst #universe #mysterioussignal #galaxy #webbtelescopeupdates #jwstimages #photons #firstgalaxy #webbtelescopeupdates #interstellar #webbselfie #webbtelescopeimage #alienlife #jwstasteroid #asteroidtracking #jameswebbspacetelescope #nasa #galaxy #star #spacenews #nasanews #webbtelscopenewimages #HD84406 #webbtelescopeupdates
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