A new study suggests that the explosive deaths of the universe's earliest stars created surprising quantities of water that ...
Telescopes around the world have spotted a monster radio jet streaming from a quasar dating back to the first 1 billion years ...
Hosted on MSN4d
8 Epic Scenarios for How Our Universe Could EndThe Big Freeze The Big Freeze, also known as the Heat Death, is a scenario where the universe continues expanding ...
The Quipu superstructure is enormous, spanning 1.4 billion light years – and it could violate one of our fundamental ...
By employing a new and improved supercollider, scientists are hoping to dissect the very fabric of the Universe and calculate ...
1d
Hosted on MSNScientists discover largest black hole jet ever seen in the early universe — its twice as long as our galaxyUsing the Gemini North telescope, astronomers have detected the largest black hole jet ever seen in the early universe. It's ...
Like stretch marks left on skin that expanded too quickly or cracks embedded in freezing ice, cosmic strings are artifacts of what the universe looked like in the moments before it rapidly changed ...
Physicists think that our universe started out as just a lot of quantum fluctuations. That means, if you’re able to calculate wave-function of those quantum fluctuation ...
An international team of researchers has found dark matter dominating the halos of two supermassive black holes in galaxies ...
Now, researchers in Switzerland and the U.K. have homed in on one particular aspect of this equation to contemplate how a crucial component of our universe affects star formation and, by extension ...
We’ll start our survey with the classic scenario, what you might call the default. It’s the future predicted to come about if everything we know about the Universe is largely correct and all ...
Opinion
18dOpinion
Space on MSN'Heavy' dark matter would rip our understanding of the universe apart, new research suggestsBecause we haven't found anything yet, we've started to wonder if dark matter might be lighter or heavier than we thought.
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