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'description' => '<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Issue</strong></span></span></p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Observations of a jelly fish galaxy, JW100, by Astrosat using its Ultraviolet Imaging Telescope (UVIT) have shown up star formation in hostile environments containing X-ray-emitting hot plasma.</span></span></p>
<p style="margin-right:0cm"> </p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Background</strong></span></span></p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>JW100</strong> is located far away in the galaxy cluster Abell 2626. The measurements made by the UVIT have been crucial for this work.</span></span></p>
<p style="margin-right:0cm"> </p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Details</strong></span></span></p>
<ul>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Astrosat joins this effort by contributing data from its Ultraviolet Imaging Telescope (UVIT) instrument.</span></span></p>
</li>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">The jellyfish galaxies are being observed by various telescopes each sensitive to different parts of the electromagnetic spectrum.</span></span></p>
</li>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">The jellyfish galaxies’ tentacles contain a very hostile environment as they interact with the galaxy clusters that are rich in X-ray emitting hot plasma. What triggers star formation in these environments is a puzzle.</span></span></p>
</li>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Jellyfish galaxies experience several mechanisms at the same time. Many of these happen over various timescales. The paper attempts to throw light on some of these mechanisms in JW100, using data which trace various components.</span></span></p>
</li>
</ul>
<p style="margin-right:0cm"> </p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Jellyfish galaxy</strong></span></span></p>
<ul>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Jellyfish galaxies are called so because they are shaped like discs that have many tentacle-like arms streaming away from the disc.</span></span></p>
</li>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">They are formed when a disc-shaped galaxy rams into a galaxy cluster, which is a dense region containing many hundreds or thousands of galaxies packed into a small region.</span></span></p>
</li>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">This can happen when the galaxy is attracted by the gravitational attraction of the cluster. As the individual galaxy rams into the galaxy cluster, the cold gas in its disc interacts with the hot plasma in the cluster.</span></span></p>
</li>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Acting like a strong wind, the plasma in the cluster strips away the cold molecular gas of the disc, causing it to stream behind like tentacles.</span></span></p>
</li>
<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Unlike usual galaxies that have stars forming in the disc, the jellyfish galaxies have star formation in the tentacles also.</span></span></p>
</li>
</ul>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><img alt="jellyfish galaxy.jpg" 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'id' => (int) 2679,
'title' => 'Astrosat and jellyfish galaxies',
'description' => '<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Issue</strong></span></span></p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Observations of a jelly fish galaxy, JW100, by Astrosat using its Ultraviolet Imaging Telescope (UVIT) have shown up star formation in hostile environments containing X-ray-emitting hot plasma.</span></span></p>
<p style="margin-right:0cm"> </p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Background</strong></span></span></p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>JW100</strong> is located far away in the galaxy cluster Abell 2626. The measurements made by the UVIT have been crucial for this work.</span></span></p>
<p style="margin-right:0cm"> </p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Details</strong></span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Astrosat joins this effort by contributing data from its Ultraviolet Imaging Telescope (UVIT) instrument.</span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">The jellyfish galaxies are being observed by various telescopes each sensitive to different parts of the electromagnetic spectrum.</span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">The jellyfish galaxies’ tentacles contain a very hostile environment as they interact with the galaxy clusters that are rich in X-ray emitting hot plasma. What triggers star formation in these environments is a puzzle.</span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Jellyfish galaxies experience several mechanisms at the same time. Many of these happen over various timescales. The paper attempts to throw light on some of these mechanisms in JW100, using data which trace various components.</span></span></p>
</li>
</ul>
<p style="margin-right:0cm"> </p>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><strong>Jellyfish galaxy</strong></span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Jellyfish galaxies are called so because they are shaped like discs that have many tentacle-like arms streaming away from the disc.</span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">They are formed when a disc-shaped galaxy rams into a galaxy cluster, which is a dense region containing many hundreds or thousands of galaxies packed into a small region.</span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">This can happen when the galaxy is attracted by the gravitational attraction of the cluster. As the individual galaxy rams into the galaxy cluster, the cold gas in its disc interacts with the hot plasma in the cluster.</span></span></p>
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<li>
<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Acting like a strong wind, the plasma in the cluster strips away the cold molecular gas of the disc, causing it to stream behind like tentacles.</span></span></p>
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<p><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif">Unlike usual galaxies that have stars forming in the disc, the jellyfish galaxies have star formation in the tentacles also.</span></span></p>
</li>
</ul>
<p style="margin-right:0cm"><span style="font-size:11pt"><span style="font-family:Calibri,sans-serif"><img alt="jellyfish galaxy.jpg" 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',
'created_date' => object(Cake\I18n\FrozenDate) {},
'posturl' => 'astrosat-and-jellyfish-galaxies',
'image' => 'https://www.mediafire.com/convkey/53d4/3tary3873x821e06g.jpg',
'fbimage' => 'https://www.mediafire.com/convkey/53d4/3tary3873x821e06g.jpg',
'metatitle' => 'Astrosat and jellyfish galaxies',
'metakeyword' => 'containing X-ray-emitting hot plasma.',
'metadescription' => 'Observations of a jelly fish galaxy, JW100, by Astrosat using its Ultraviolet Imaging Telescope (UVIT) have shown up star formation in hostile environments ',
'author' => null,
'downlaodpdf' => 'https://www.mediafire.com/file/y1cyk2q7v4s4kq7/Astrosat_and_jellyfish_galaxies.pdf/file',
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'[repository]' => 'currentaffairs'
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