A newer, more accurate and global measure of the overall milk route at 1.5 Trillion Solar Masses



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Astronomers continue to try to find the mass of the path and various numbers are kept. But that's not bad. The measurement of a mass is something that is so big that the milk pathway confers. We are also based; it moves very innovatively to prevent mass.

It's a basic science question that is what way of thinking that audiences have been trying to answer for decades. The problem is, even astronauts have the best estimate of wild landing. The problem arises from measuring the size of the stars. It comes from the challenge of a dark case.

Don't you know what the dark thing is? Ok, the Universe Today is here for help. (If you know what it is, you can split the next section.)

The statutory duty “What is in the dark?” Part

At first, there is a dark and difficult issue. We don't know what it is. But we know it's there, or there we know there is something.

The things we see and do we are doing are made of a thing called baryonic matter. baryonic products make up only 10-15% of cases in the world.

Kim Jong-un's promotional materials are made of baryonic material. So it is. So you're. Image: By Korea.net (official Republic of Korea website) - https://www.flickr.com/photos/koreanet/41731170961, KOGL Type 1, https://commons.wikimedia.org/w/index .php? curid = 70893523
Kim Jong-un's backbenchers are made up of a baryonic case. So it is. So you're. Image: By Korea.net (official Republic of Korea website) – https://www.flickr.com/photos/koreanet/41731170961, KOGL Type 1, https://commons.wikimedia.org/w/index .php? curid = 70893523

We think that it has a dark case about 85-90% of the case in the universe. It is different from a regular issue because it does not connect to the light and we cannot see it. That's why it is called a dark matter.

But we know it is there because stars behave as they have more opportunity to see what we can see. The advertisement is in gravity. So we need more mass, and so on, more water, that diseases we might see in regular business do not, or they just lose each other. Both the mass and the gravity are held together.

The short version suggests that they weren't things like that but if we didn't have much more weight than we could measure.

It is very hard to measure

Only a dark question can be found.

Laura Watkins, South European Theater

We can't find something dark exactly,”Explaining Laura Watkins (South Europe Theater, Germany), who led the team that carried out the study. “That's what determines the current uncertainty in the Mill House mass – you can't accurately measure what you see!

So how can we measure something we can't see? Serious astronomers measure the darkest impact and the type of work it does. But even with every effort that has been put in it, wildflowers change wildly, from as little as 500 billion times the size of the sun, up to 3 trillion times the size of the sun t We have. That is a huge difference, and a real difficulty in astronomy. And it means the problem of measuring what is dark dark.

Now a new study led by Laura Watkins from the South European Theater believes that they are still closer to measuring the dark case, so the whole mass, Path of Milk. Their number?

It is said that 1.5 billion times the height of the sun is on the way with the Milk, or 1.5 solar trophies, within a radius of 125,000 years of galactic lighting.

The second study relies on data analysis from the Gaia mission the European Space Agency. The authors have brought forward ideas from the Hubble Space Telescope working horse.

The ESA Gaia Vessel. Gaia measures where billions of stars are more round than they were before. Photo credit:
ESA / ATG medialab
Gaia spaceship from the ESA. Gaia measures where billions of stars are more round than they were before. Photo credit:
ESA / ATG medialab

Let's come into strengths as astronomers measure the mass of the path with milk.

Astronomers can only take a sample of stars and then put it out. That doesn't work because they can't see the dark case. So they measure other things. And with thanks to Gaia's mission, a measure of measurement has already been made.

Enter Gaia and Globular Earrings

Gaia is the mission of the ESO to create a 3D map of the path. It is an ambitious aim, but has yielded good results. Gaia has measured the pace of radiation around one billion of the stars in the Milk Way, and the Local Group. This is about one per cent of stars in the galaxy. This may not be very much popular but the accuracy of the dimensions is also very important, especially when it comes to assessing a difficult issue.

Some of the gestures known by Gaia are measured around one billion that was measured among the black patches that are near the path of his milk. The collections are rounded up and rounded, and around 150 of these are away from Milk Walk. Most importantly, the more concentrated in the constellation, the fastest-growing places in the world are greater. And Gaia has given us a more accurate measure of the speed than ever.

The more galaxy the way, the quickest the organizations set to drag down.

N. Wyn Evans, University of Cambridge, UK.

The more the galaxy is, the quickest speed the dragged organizations will drag down“Explaining N. Wyn Evans (University of Cambridge, UK). “Most previous measures have found the speed at which a cluster comes in or descends from the Earth, ie the acceleration of our vision. However, it was possible for us to measure the movement of the crowd, from the moment the overall direction is taken, so the mass mass, worked out.

A new survey of Hules Space Telescope of the NGC 4147 genre, which involved the new investigation into one of the organizations using the Mound of the Way. NGC 4147 is about 60,000 years of Earth lighting. Photo credit:
ESA / Hubble & NASA, T. Sohn et al.
A photograph of Hubble Space Telescope of the NGC 4147 genre, one of the organizations used to measure the tip of the Milky Style in this new survey. NGC 4147 is about 60,000 years of Earth lighting. Photo credit:
ESA / Hubble & NASA, T. Sohn et al.

The Hubble Outgoing

The further away, what we tell about the mast on the way. Although Gaia took the very detailed guiding dimensions of the collections, the giant Hubble Telescope measuring Hubs as far away as 130,000 years of Earth light was added significantly to the mass measurement. Way for Milk Way.

Global collections are moving a great distance, so it is thought that the best astronomers use the mass of a galaxy to measure.”Tony Sohn (Space Telescope Science Institute, USA), who was above the Hubble dimensions.

We were lucky to have such a good mix of information,Roeland P. van der Marel (Science Center Telescope Space, SA) explained. “By combining the Gaia 34 34 binary globular dimensions with dimensions of 12 blocks further away from Hubble we may carved the mass of that route in a way that would be impossible without the two t this telescop.

Why is it worrying?

So now what?

Milk mass is not just a cause of inquiry, it is an important part and of many questions. The dark content of astronomical material is connected to the creation and growth of structures in the world.

This more radical measure of the Mound of Milk helps to understand our mass home and its place in the cosmos.

No bad.

References: t

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