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Cosmos Redshift 7 (nota anche come COSMOS Redshift 7, Galaxy Cosmos Redshift 7, Galaxy CR7 o CR7) è una galassia del tipo Lyman-alpha emitter con elevato redshift (pertanto CR7 è una delle più vecchie e remote tra le galassie conosciute), posta in direzione della costellazione del Sestante alla distanza di 12,9 miliardi di anni luce dalla Terra (light travel time).
1 de ene. de 2019 · Cosmos Redshift 7 by Slipdrive, released 01 January 2019 1. The End of the Beginning of Nothing 2. Transparent Gold Walls 3. The Infinite Whirlpool 4. Silver Light Emanating from an Ancient Sphere a Million Miles in Diameter 5. Step Daughter (The Desolation of Space Version) 6. A Living Seven Dimensional Sphere Fading Through a Hyperspace Gate 7.
La galaxie CR7 ( Cosmos Redshift 7) est une galaxie de la constellation du Sextant. Située à 12,9 milliards d' années-lumière de la Terre, c'est l' émetteur Lyman-alpha le plus lumineux découvert à ce jour 1 et l'une des galaxies les plus lointaines (et donc l'une des plus vieilles) jamais observées. En juin 2015, une publication y fait ...
In June 2015, astronomers reported evidence for population III stars in the Cosmos Redshift 7 galaxy (at z = 6.60) found in Sextans. Such stars are likely to have existed in the very early universe (i.e., at high redshift), and may have started the production of chemical elements heavier than hydrogen that are needed for the later formation of planets and life as we know it.
Cosmos Redshift 7 (also known as COSMOS Redshift 7, Galaxy Cosmos Redshift 7, Galaxy CR7 or CR7) is a high-redshift Lyman-alpha emitter galaxy. At a redshift z = 6.6, the galaxy is observed as it was about 800 million years after the Big Bang, during the epoch of reionisation.
18 de jun. de 2015 · COSMOS Redshift 7. News A team of super bright galaxies in the early universe 28 June 2016 Astronomy Now. In 2015, Dr. David Sobral of Lancaster University led a team that found the first example of a spectacularly bright galaxy in the young universe named CR7 which may harbour first generation stars.
One ideal target is the galaxy COSMOS Redshift 7, known as CR7 for short.Targeting CR7CR7 is one of the oldest, most distant galaxies known, lying at a redshift of z 6.6. Its discovery in 2015 and subsequent observations of bright, ultraviolet-emitting clumps within it have led to broad speculation about the source of its emission.
