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No. The milky way did not exist at all, fourteen billion years ago. According to the Big Bang theory, the first galaxies started forming at least a million years after the universe had started to expand.
the theory states that atoms formed during the big bang (like right as the big bang happened) Protons and neutrons were allowed to form about one second after the Big Bang. Electrons joined to nuclei to form permanent atomic bonds about 377,000 years later.
Larger stars (larger than our own sun) usually have relatively short lives, around 100 million years. That's because they tend to have more hydrogen to burn, expand much faster, and go through their supply in less time. As opposed our sun with a predicted life span of about 9 billion years.
According to the big bang hypothesis, hydrogen was the only element created after the big bang. Within the first few minutes, the temperature was hot enough for fusion to occur, enabling helium, lithium and a few other elements to be created. After about 3 minutes, the Universe cooled sufficiently, for this process to halt. It was not until about 500,000 million years later, when the first stars went supernova, that heavier elements were seeded into the Universe.
No. The only elements made within a few million years (actually a few seconds) after the Big Bang were hydrogen, helium, and trace amounts of lithium. Iron was not created until stars began nucleosynthesis.
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Around the corona of the first star ever formed, about 400 million years after the Big Bang.
The first stars appeared about 400 million years after the big bang. Galaxies would have formed around 2 billion years later.Our Sun was formed about 9.2 billion years after the big bang.
Better known as the "Dark Ages", the Universe was opaque (Foggy). Estimates vary but it is believed to have lasted between 150 -> 800 million years after the Big Bang. However, with the first stars developing around 400 million years after the Big Bang, the "Dark Ages" would have ended shortly after the first stars. See related link for a timeline of the Big Bang.
our universe is currently 13.7 billion years old and about 155 million years after the big bang , first star is born and by this way stelliferous era was started .
The first population III stars formed about 400 million years after the big bang. The first black holes would have formed when these stars exploded, about a few millions years later.See related link for a timeline of the big bang.
The very early history of the universe after the Big Bang is mostly guesswork; we cannot be certain as to the precise schedule of what happened when. But most scientists believe that stars didn't begin to form for at least a few hundred million years.
a few hundred thousand years after the Big Bang
The first neutron stars likely formed some time in the first 600 million years after the Big Bang when large stars of the first or second generation died.
About 377,000 years after the Big Bang
The Big Bang did not make Earth. Earth formed roughly 9 billion years after the Big Bang by a process called accretion. This process took roughly 20-30 million years.