New light calculation method to help you learn the history of galaxies

You are the frier of the largest numbers that are not really told about the world. For yourself, Marco Aguello, a volunteer at Clemson University has a huge number: 4 × 10 ^ 84



This huge number is the total number of dusters in space around them throughout the history of the universe that successfully escaped from the stars and the history of this universe. You might have expected this number to be so huge, as is unparalleled in all likelihood. For a comparison, the amount of atoms present throughout the universe, there is little difference.



Ajilo

By calculating this number, some of the new research conducted by Azaleo and his team provides some benefits. Through the information of starlight, known as 'extragalactic background light', they examine the criteria for determining the rate of star formation in the history of the universe.



Intruded background light

The 'penetrating background light' is a mixture of infrared, optical and ultraviolet mixtures that come out of space, not like the dust in the stars. "The star of this everywhere, the star, is to escape from the star," says Aguilo. But it is very difficult to calculate the penetrating background light, since it is very thin and spread across the universe and brightly close to the earth. But they are exploring the lighting background light using galaxies, a type of blazers behind the black hole. Blazers and more powerful Gamma Ray photons were obtained by NASA's Permi Gamare Space Telescope.



Universe

When calculating how this star is created throughout the universe, you can find out how the stars were formed. Thereby, Ajayo says that the history of the transition and the changes in it can be understood.



10 billion

So the question of when our stars were born is about 10 billion years ago. We have star light sources