Space is filled with mysteries beyond our imagination. And one such mystery is the origin of universe. Scientists have multiple theories about it but all of them are hypothetical and exist only in theory. In fact, there are many theories about the origin of universe, some based on science and others based on beliefs. Over the years, we have found evidence that has given us confidence in these theories but we are yet to discover conclusive evidence of it. But now thanks to the Gemini Near-Infrared Spectrograph (GNIRS) of the 8.1-meter Gemini North telescope, a team of astronomers have discovered something which could potentially give us a conclusive direction for the origin of the universe. And it all comes down to a massive supernova from a mythical Population III star.
It all began when a team of astronomers took the help of the Gemini North telescope located on the island of Hawai'i to analyze a quasar in the far end of the universe. The curiosity was built after they saw a strange chemical signature around the object. A closer look at the chemical signature revealed a high ratio of iron to magnesium. The deduction was that the debris had to belong to a star which could be 300 times the size of the Sun. But that was not the interesting part.
The scientists knew they were looking at a supernova event. A supernova is a powerful and luminous explosion of a star. It takes place in large stars after they lose a substantial amount of mass from constant nuclear fusion. As a result, the size increases but the pressure inside the star drops critically. This triggers the collapse of the core of the star and a huge explosion takes place. Supernovae are considered to be the greatest combustion reaction in the universe.
However, a
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