The Milky Way's halo is hotter than predicted

The Milky Way's halo is hotter than predicted

The Milky Way's halo is hotter than predicted and the bubble of that extremely hot gas that surrounds our galaxy is one of the things that are disturbing the observations of the distant objects like other galaxies. The temperature of that gas is 10 million degrees Kelvin so that gas is sending very high-level infrared and other electromagnetic radiation, which disturbs the observations of what are focusing objects, what is beyond that bubble.

The reason why the gas is so hot is that the bubble of that hot gas has existed since The Milky Way was born. And that means the radiation of billions of stars and the massive black hole at the center of our galaxy affect those gas atoms for billions of years.

That means that the gas cannot conduct its radiation anywhere, and that turns it to extremely hot. The main heater of that gas bubble can be the jets, which are coming from the black hole in the center of our galaxy. So there is always more energy pumped into that gas cloud than it will conduct away. And that means that the gas is acting like the corona of the Sun.

Is our universe similar halo, that surrounds galaxies? And is that halo the reason, why we cannot see other universes?

Sometimes before I have written that universe is like a bubble in the three-dimensional entirety. So is the universe similar halo what surround galaxies? If we are thinking that the universe is the bubble of material in dimension, we must ask how hot it could be? If the outer layer of the universe is a similar impact area, what stars and galaxies have, that could explain why we cannot see other universes.

The heliosphere of the sun and the halo of the Milky Way would disturb the observations, which is needed extremely high accuracy. If the heat of the gas that surrounds the Milky Way has a temperature of 10 million degrees Kelvin, we must understand that the universe between the galaxies might be even hotter.

Because of the thin gas where the distance of the single atoms is big cannot limit the oscillation of the atoms the gas is sending infrared radiation at higher levels than we can even imagine. And that thing would cause the disturbing to the measurements, what are made by using infrared telescopes.

When the electrons are jumping between their trajectories, that thing causes the radio waves what are disturbing the radio astronomical observations. So that means that the extremely hot gas is simply covering the radiation, what comes outside the shock wave, what limits our universe to other space in our dimension.

Sources:

http://www.sci-news.com/astronomy/hot-milky-ways-halo-08492.html

Image: https://www.universetoday.com/100158/milky-way-leftover-shell-stars-discovered-in-galactic-halo/

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