What is yeast?

Quabes (quasi-stellar sources of radar resources) are gigantic light bodies between 780 million and 13 billion lights and an old way old. It is believed to be active galactic cores containing a central supermassive black hole. The brightest yeasts are 2 trillion times brighter than our Sun or about 100 galaxies of the Milky Way. Their light ascent is continuous, but may fluctuate in intensity in the periods of years, months, weeks, days or even hours, suggesting that they are quite dense.

Even recently in the 188th of the 20th century, there was a significant disagreement among astrophysics about what the Quasar really are. A scientific consensus appeared when some yeasts were found to be surrounded by galaxies, resulting in an active theory of galactic core. It has been calculated that to generate the amount of light they do, quasars must be powered by supermassive black openings that swallow between 10 and 1000 solar masses per year. In the growingThe disk of such black holes, the superheated gases are accelerated to close the speed of light and release a huge amount of electromagnetic waves, as large parts of the mass are converted directly to energy. In such discs, about 10% of the mass is converted into energy, unlike 0.7% of the mass, which is converted into energy in fusion reactions within typical stars.

It is assumed that quasters emit relativistic nozzles from their rotary poles, like their smaller cousins ​​Pulsars. In 1979, Kvasars were used to confirm Einstein's theory of relativity, observing gravitational lens effects when Quasar was traveling on earth. While it was initially assumed that all quasters were "radio" that invite their label as radio sources, the subsequent observations revealed that only a minority (about 10%) of yeast issues the Bohemian radio energy. “Radio-Quiet” yeasts are referred to as JAKo QSOS (quasi-stellar objects), and play an extremely important role in the studies of early universe and how stars and galaxies were created for the first time.

The first structures, such as quasters, can be interpreted as "birth of pain" by galaxies. In the early universe, the gases were distributed more evenly, so the newly created black hole would have enough opportunities to suck the surrounding mass. For example, our own supermassive black hole in the center of the Milky Way contains about 3.7 million solar materials, although it started with much less weight than this. It was busy sucking other stars for billions of years, but the most intense star consumption probably occurred during its early history. This explains why we don't see any yeast in a modern universe, but are easy to observe in older regions.