What is Blazar?
BLAZARY is one of the Holy Space phenomena except the Big Bang. These are the subtype of the active galactic core (AGN) that are formed when large clouds of dust and gas generate huge friction when they are sucked into a supermassive black hole. This increasing mass forms a ring structure called an increasing disk. Folk to the disc plane, releases the strong relativistic (speed of light) plasma nozzles, which can be observed from the ground using optical/radio telescopes, if it happens to go to us. If not, Blazar can be unnoticeable from our point of view.
As a group, objects with the above properties are called active galaxies. The light released by relativistic nozzles is so strong that it can be observed from billions of light years. Blazars are a subclass of active galaxies, including two types of objects - OVV (optically violent variables) yeast and BL Lacerta objects. Both are characterized by polarized light and high variability of energy output. This variability is caused by the "ability" of things falling into the central black hole in Blazar.
Blazars were first incorrectly identified as variable stars in our own galaxy. The measurement of their red shift has proved to be different - these objects are considered billions of light -years, which means they are billions of years old. Blazars and other active galaxies are much more common in the early universe than today, probably because the galaxies have either settled in stable lanes around the central supermassive black hole (which is suspected of being in every galaxy) or soaked long ago.
Blazars are an even clearer effect called relativistic radiation. As Einstein showed, time slows down at speed close to light. Plasma nozzles are on a substantial percentage of light speed, so from our point of view the more plasma is released in a given timeThe frame, and as a result, the beam seems brighter. Another very important factor is the orientation of the beam towards us & mndash; Even a few degrees can make size orders as a brightness factor.