Share the galaxy as a giant magnifying glass to study the heart of the young universe

The “Cosmic Telescope” gave the first in-depth view of the massive gas clouds that slowly condensed to fuel star formation shortly after the Big Bang.

Obtaining these charges from diffuse neutral gas, known as Vamped Lyman-α systems (DLAs), is not easy.

A new tool interface of its kind, to the point and quality of using a new user interface.

Jeff Cook of Swinburne University of Technology in Victoria: “DLAs are ready to understand how galaxies form, but it’s very hard to tap, and it’s hard to tap,” observing and studying these hugely important objects in a new way, giving us insight into how stars and planets form from around us.”

Previously, astrophysicists used quasars – supermassive black holes that emit light – as a constant backlight on DLA clouds.

Although this method allows scientists to appear in outer space, the light appears in daylight

And the new study found a way around the problem, by using a galaxy with gravitational lensing and integrated field spectrometry to observe two DLAs — and host galaxies in the interior that formed about 11 billion years ago, not long after the Big Bang.

Integrated field spectroscopy analysis.

SEO seems to be a huge problem. And it would take more than 50,000 years to travel through each of them.

And after the Big Bang, the DLA served as galactic nurseries, and later to the formation of galaxies composed of stars and gas.

who was producing the cylinder, who was producing their names.

Spectrum readings allow astrophysicists to “see” the elements in deep space

This helps to understand the diffusion and movement of the gas and the initial formation of DLAs.

Collecting readings is a long and painstaking process. Analysis of the working group that solved the problem by conducting, which represents the entire group of DLAs at once.

This innovation, along with the bright, extended, gravitational background galaxy, allowed the researchers to map the gas diffuse into two DLAs.