Mystery of the Universe's Missing Matter Finally Solved by Scientists

Model of universe structure

The scientists finally detect the 'missing matter' of the Universe

In a world first, two separate teams of scientists have detected almost half of the universe's missing regular matter, which has up until now been hiding throughout our universe. When it comes to normal matter; the stuff we are made of including protons, neutrons and electrons, there's also a chunk missing.

The community of scientist has always been hunting for a link to the missing matter of universe that is mysterious thing throughout the planet and gravitational pull. Scientists have been faced with this cosmological problem for many years-there is a huge imbalance between how much we see and how much our models say should be there.

Many types of research regarding the dark energy and the dark matter of the Universe has been going on, and it is not possible to observe and calculate everything about the far stretched Universe at one go or within a time limit.

In the study, researchers found that in stars, the interstellar medium and the hot gas in galaxy clusters (clusters) is only 50 percent of the amount of baryonic matter, which before was called by the scientists.

The teams, from the University of Edinburgh in Scotland and the Institute of Space Astrophysics in Orsay, France, found that the missing matter is linking galaxies through filaments made up of hot gas, dispersed over vast distances.

While the baryon filament theory has been suggested by scientists before, it has never been confirmed because the gas is exceptionally fine and is not hot enough for X-ray telescopes to observe.

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'It's been purely speculation until now'.

Some of the light scatters as it collides with the gases particles, leaving a tiresome patch in the cosmic microwave background.

Using 3-D maps of the universe created by the Sloane Sky Digital Survey, the two teams picked out galaxies that would likely be linked by filaments. While normal (baryonic) matter is given about 4.6 percent of the total occupied space.

Both teams, looking at over a million pairs of galaxies, found evidence of gas filaments in the space between galaxies. "If this factor is included, our findings are very consistent with the other group".

'This goes a long way toward showing that many of our ideas of how galaxies form and how structures form over the history of the universe are pretty much correct'. "Everybody sort of knows that [the missing matter] has to be there, but this is the first time that somebody-two different groups, no less-has come up with a definitive detection", he said.

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