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' Snow Queen ' inspires in larger astronomical mysteries revealed

' Snow Queen ' inspires in larger astronomical mysteries revealed

' Snow Queen ' inspires in larger astronomical mysteries revealed
Snow Queen
  • The imagination of cinema precedes science sometimes


Us physicists using animated film to discover the invisible dark matter that makes up more than a quarter of the universe.


Inspired the animated movie ' Snow Queen ' produced by Disney Studios in the year 2013, physicists to discover dark matter which remains one of the mysteries of contemporary Astrophysics yet.

Combines astronomers that dark matter or dark or dark energy, also called, is the secret existence of the universe and the majority of the article and did not approach their research and their and space observations only in the last two decades.

The story revolves around the whole Hollywood movie Queen possesses superhuman strength and unique in creation of ice and snow, an American researcher helps to discover the article that remained vague for thousands of years, which scientists say it is named not because they are far away or not visible, but it is not fully known h MTN now in terms of physical properties.


A press release issued by the American physical society, the world Matthew Shaidagiz of the University of Albany began to study properties of ultracold water when he saw the ice-making process in the Disney movie.

' Snow Queen ' inspires in larger astronomical mysteries revealed
Material that does not absorb energy and does not reflect light


Shaidagiz said that ' the basic stimulus work is the search for dark matter, which is a form of art that confirm their existence in the universe because of our ability to note the indirect effects of gravity. This article constitutes the major part of the universe, but we have not reached a crucial discovery direct laboratory evidence is unequivocal.

 Search idea revolves around finding fragments of ice the size of fine particles into small bubbles of Super cold water.


Shaidagiz looking for dark matter by conducting research on Super cold water that can be saved in the liquid state at temperatures below freezing temperature, in cabins or special containers.

Shaidagiz team found that neutrinos are responsible for Super cold water freezes upon impact, what prompted them to believe that they agreed to a new method to detect dark matter potential she possesses similar properties of neutrons.

Although the Shaidagiz team was not able to monitor any dark matter, but the initial search result in future studies may help unravel the invisible substance that constitutes 27% of the universe, combining the galaxies, and cannot be monitored only by the influence of gravity, because it does not absorb energy and do not reflect light.

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