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13.8 Billion Light Years James Webb Space Telescope VS Hubble Images In 1 Minute #shorts #jameswebb
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13.8 Light Years James Webb Space Telescope VS Hubble Images In 1 Minute
The new heaviest space telescope in existence is the James Webb Space Telescope, or JWST.
We will rapidly observe the differences in photographs taken by the Hubble and James Webb space telescopes.
Hubble collected 342 photos over the course of 10 days with a total exposure time of 100 hours to create this Deep Field image. It exposed more than 3,000 galaxies dispersed across a small area of sky.
The 2012 Hubble eXtreme Deep Field picture is seen here. In this view, more than 5,500 galaxies may be seen, which took around 50 days during a ten-year period, totalling more than 23 days of exposure.
Time for JWST .
Its size bends space-time, giving us a cosmic magnifying glass and allowing us to see dim galaxies even farther away. These include some of the smallest infrared objects ever seen by science.
This 7,200 light-year-distance object, the Carina Nebula, is one of Hubble's favourite targets. With hills, valleys, and towers created of gas and dust scattered over the scene, it resembles an impressionist landscape.
With a far crisper image, JWST's upgraded image conveys the same sense of amazement. Here are stars that were once totally obscured by gas and dust.
STEPHAN'S QUINTET
This Hubble image from 2009 shows a magnificent collection of five galaxies.
That image of the cluster of galaxies was captured by the Near Infrared Camera and the Mid-Infrared Instrument, and it is one of the JWST's observations of the region.
Nebula of the southern ring.
This is the Hubble picture from 1998. The dimmer of the two brilliant spots in the image's centre, the "ring" is made up of the remnants of a dying star.
The star that started all of this turmoil was a little white dwarf, around the size of our Sun.
the JWST sensors' view of the Southern Ring Nebula, left The stars, which appear noticeably more spiky on the left, are one of the many changes between the two photos.
But both provide a breathtakingly fresh perspective on the universe that surrounds us.
Music from Uppbeat (free for Creators!):
License code: NP5Y1WVFRRH5C9JP
#jwstimages #jwst #jwstlive #jameswebbspacetelescope #jameswebbtelescope #jameswebbspace #jameswebbtracking #jameswebbtrack #science #astronomy #technology #space #physics #solarsystem #hubble #hubblespacetelescope #hubbletelescope
The new heaviest space telescope in existence is the James Webb Space Telescope, or JWST.
We will rapidly observe the differences in photographs taken by the Hubble and James Webb space telescopes.
Hubble collected 342 photos over the course of 10 days with a total exposure time of 100 hours to create this Deep Field image. It exposed more than 3,000 galaxies dispersed across a small area of sky.
The 2012 Hubble eXtreme Deep Field picture is seen here. In this view, more than 5,500 galaxies may be seen, which took around 50 days during a ten-year period, totalling more than 23 days of exposure.
Time for JWST .
Its size bends space-time, giving us a cosmic magnifying glass and allowing us to see dim galaxies even farther away. These include some of the smallest infrared objects ever seen by science.
This 7,200 light-year-distance object, the Carina Nebula, is one of Hubble's favourite targets. With hills, valleys, and towers created of gas and dust scattered over the scene, it resembles an impressionist landscape.
With a far crisper image, JWST's upgraded image conveys the same sense of amazement. Here are stars that were once totally obscured by gas and dust.
STEPHAN'S QUINTET
This Hubble image from 2009 shows a magnificent collection of five galaxies.
That image of the cluster of galaxies was captured by the Near Infrared Camera and the Mid-Infrared Instrument, and it is one of the JWST's observations of the region.
Nebula of the southern ring.
This is the Hubble picture from 1998. The dimmer of the two brilliant spots in the image's centre, the "ring" is made up of the remnants of a dying star.
The star that started all of this turmoil was a little white dwarf, around the size of our Sun.
the JWST sensors' view of the Southern Ring Nebula, left The stars, which appear noticeably more spiky on the left, are one of the many changes between the two photos.
But both provide a breathtakingly fresh perspective on the universe that surrounds us.
Music from Uppbeat (free for Creators!):
License code: NP5Y1WVFRRH5C9JP
#jwstimages #jwst #jwstlive #jameswebbspacetelescope #jameswebbtelescope #jameswebbspace #jameswebbtracking #jameswebbtrack #science #astronomy #technology #space #physics #solarsystem #hubble #hubblespacetelescope #hubbletelescope
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