What is Strangelet?

Strangets are theorized cosmological objects composed of an exotic form of matter known as Strange Matter or Quark Matter. This form of matter is created in the nuclei of particularly massively neutron stars. In neutron stars, the remains of collapsed stars with masses between 4 and 8 times higher than our Sun, pressure and temperature are so intense that protons and electrons in the fuse atomic cores to become neutrons. The resulting matter is sometimes referred to as neutronium, the sea neutrons wrapped much more dense than conventional mass.

Sometimes pressure and gravity in the centers of neutron stars is so massive that the neutronium collapses into its particles, quarks. This results in the agglomeration of the so -called strange quarks, which tied each other directly to each other directly in the same way that the transition from the conventional star to the neutron star leads to the sea of ​​neutrons directly. The names of the physicists gave this type of matter, they are "Quark Matter" or "Strange Matter". This can be considered as a phase change like fromcurrency from liquid to a solid, only at many orders of many orders larger than those that occur in this solar system.

It was assumed that strange strange stars (Sub-star of strange matter) may be able to exist independently of the stars of the quarks that created them. If so, there may be many strangelet in this universe, an explanation of the problem of dark matter. Since stranglets maintain such deep gravitational wells for their size objects, the calculations show that stranglets coming into contact with normal matter would bridge this matter with their gravitational fields and break the normal matter into a strange matter. If there are cingules and continue to come into contact with a common matter indefinitely, it can only be a matter of time (although the cosmologically long time of time) before the Stranger swallows all conventional materials in space.

although the existence of the pagesGellet has not yet been convincingly proven, there are too dense stars to make conventional neutron stars, but too thin to be black holes (ie they have volume). Strangelets were also accused of inexplicable seismic events. If little cisters penetrated the country at relativistic speeds, it would indeed disrupt the common matter, although exactly to what extent it has not yet been established in the consensus between the physical community. Similar to neutrino before his detection in 1956, it remains a foreign theoretical construct until we develop the tools in order to verify or refute their existence.