Monday , June 14 2021

That is, how astronomers have solved the mystery of "avoiding space"



<div _content-c14 = "" innerhtml = "

Although leaving our location, we need to learn a lot of lesson: it conceals the Universe above the Galactic plane, about 10 degrees and below, clearly visible as shown here. If you want to see something full of our galaxy or galaxy, look infrared and see the universe open.DBH / B.Tafreshi

During the first discovery, the great spirals of the universe were confused by astronomers.

This ultraviolet composite galaxy with Andromeda draws on GALEX spacecraft, spiral weapons and galactic bulges. Andromeda was first identified as a spiral nebula galaxy. Note the extended nature of the arms, which indicates that the smooth tide of the star formation waves can occur.NASA / JPL-Caltech / GALEX

Stars, star clusters and other nebulae formed in the plane of our milk, there were no spiral nebulae.

Milky way, visible on the spot, with the location of the galactic center marked by E. Siegel. Thousands of stars can be found there, and Pan-STARRS has received more information than ever. Next to the galaxy plane, there is no spiral nebula found. At least not visible.Jaime Fern & aacute; ndez

For some reason, our galaxy & nbsp; plane, & nbsp; It was & nbsp;Prevention area.

The map of the star density, the Milky Way and the surrounding sky, Milky Way, Magellanic Clouds (our largest satellite galaxy), and the closer you see, the NGC 104 SMC to the left, NGC 6205 slightly above the left and the galactic nucleus, and NGC 7078 a little below. Many galaxies can be found, but about 10 degrees above the galactic planet, it does not reveal visible light.ESA / GAIA

Navigate & nbsp; Spiral nebulae were galaxies more than ours, because the problem had more sense.

A small galaxy seen by Pan-STARRS, where dust is very compact, but the beads themselves are different than anywhere else. The Survey offers 3D data that has ever been taken.Danny Farrow, Pan-STARRS1 Science Consortium and the Max Planck Institute for Extraterrestrial Physics

Dust, gas and concentrate issues lock objects away, hiding them.

Bok The spray-free, spherical (left) and infrared (right) balloons, Barnard 68. The infrared light was not nearly blocked because small-sized powdered beads are very small in long wavelengths. In longer lengths, the universe beyond the dust of the light lock can appear.ESO

They are made up of grains of specific sizes, mostly those that block the wavelength photon.

Dark regions show solid dust clouds. Red stars are reddish, blue stars in front of dust clouds. These images are part of a survey of southern galactic aircraft.Legacy Survey / NOAO, AURA, NSF

Even though 3D dusty maps show this;The dust grain has a galaxy size.

As a result, infrared telescopes can be seen through dust, revealing the materials behind them.

View of the Galactic Center in four wavelengths. Behind the ATLASGAL poll on 870 micrometers; Underneath it, Spitzer in the middle of the radio; Underneath it, near the ESO VISTA IR and at the bottom of the visible light, where dust puts all interest in the dark.Consortium ESO / ATLASGAL / NASA / GLIMPSE consortium / VVV Survey / ESA / Planck / D. Minniti / S. Guisard Greetings: Ignacio Toledo, Martin Kornmesser

Not only when we reveal our galaxy structure, but Finally, the galaxies were discovered.

Italian astronomer Paolo Maffei's experimental work on infrared astronomers ended the discovery of the Galaxy, for example Milky Way plane, such as Maffei 1 and 2. Maffei 1, the giant giant galaxy on the lower left, is the elusive giant Milky Way, yet it was not found until 1967.WISE mission; NASA / JPL-Caltech / UCLA

The first galaxy found in the prevention area is known as Maffei 1 and 2, the pioneer Paolo Maffei after the infrared astronomy.

What we call "Avoid Zone" is not as close as the galaxy region. Although we have seen very little galaxies, in reality, it is just a region like the rest of the universe, which is not just a galaxy, so it does not feel like it.Mic Flows Project / University of Hawaii

Galaxies are rich in the field of avoiding anywhere else.

Many galaxies, especially young and dusty, emit most of their energy into a part of the infrared spectrum. If we want to find the brightest of all galaxies, we will need a next-generation infrared space telescope. The Fireworks Galaxy, NASA's Spitzer Space Telescope, is an example of a predominantly infrared galaxy, which can be seen in infrared galaxies such as Spitzer and WISE.NASA / JPL-Caltech / SSC / R. Kennicutt et al.

Looking at the universe with infrared eyes, now the mystery has been solved.

Although most infrared broadcasts come from the Milky Way wing, stars, gases and powders are predominantly located, many galaxies can be seen beyond. When you look around the direct wave wave, the distribution of galaxies appears random; Avoidance Zone is an artifact that is looking to look spectacular waves. when the light lock is very effective.NASA / JPL-Caltech / UCLA, for the WISE mission


Mostly Mutu tells a story about the phenomenon, object or image problem of astronomers on Monday, images, visuals and more than 200 words. Less discussion with more smiles.

">

Although leaving our location, we need to learn a lot of lesson: it conceals the Universe above the Galactic plane, about 10 degrees and below, clearly visible as shown here. If you want to see something full of our galaxy or galaxy, look infrared and see the universe open.DBH / B.Tafreshi

During the first discovery, the great spirals of the universe were confused by astronomers.

This ultraviolet composite galaxy with Andromeda draws on GALEX spacecraft, spiral weapons and galactic bulges. Andromeda was first identified as a spiral nebula galaxy. Note the extended nature of the arms, which indicates that the smooth tide of the star formation waves can occur.NASA / JPL-Caltech / GALEX

Stars, star clusters and other nebulae formed in the plane of our milk, there were no spiral nebulae.

Milky way, visible on the spot, with the location of the galactic center marked by E. Siegel. Thousands of stars can be found there, and Pan-STARRS has received more information than ever. Next to the galaxy plane, there is no spiral nebula found. At least not visible.Jaime Fernández

For some reason, our Galaxy left the plane, known as the Avoidance Zone.

The map of the star density, the Milky Way and the surrounding sky, Milky Way, Magellanic Clouds (our largest satellite galaxy), and the closer you see, the NGC 104 SMC to the left, NGC 6205 slightly above the left and the galactic nucleus, and NGC 7078 a little below. Many galaxies can be found, but about 10 degrees above the galactic planet, it does not reveal visible light.ESA / GAIA

When spiral nebulae knew that the galaxies were more than ours, the problem was more meaningful.

A small galaxy seen by Pan-STARRS, where dust is very compact, but the beads themselves are different than anywhere else. The Survey offers 3D data that has ever been taken.Danny Farrow, Pan-STARRS1 Science Consortium and the Max Planck Institute for Extraterrestrial Physics

Dust, gas and concentrated matter blocks the remote objects, hiding them.

Bok The spray-free, spherical (left) and infrared (right) balloons, Barnard 68. The infrared light was not nearly blocked because small-sized powdered beads are very small in long wavelengths. In longer lengths, the universe beyond the dust of the light lock can appear.ESO

The powder consists of specimens of specific sizes, mostly waves that block more photons.

Dark regions show solid dust clouds. Red stars are reddish, blue stars in front of dust clouds. These images are part of a survey of southern galactic aircraft.Legacy Survey / NOAO, AURA, NSF

Even though today's 3D dust maps show; The dust grain size is independent of the location of the galaxy.

As a result, infrared telescopes can be seen through dust, revealing the materials behind them.

View of the Galactic Center in four wavelengths. Behind the ATLASGAL poll on 870 micrometers; Underneath it, Spitzer in the middle of the radio; Underneath it, near the ESO VISTA IR and at the bottom of the visible light, where dust puts all interest in the dark.Consortium ESO / ATLASGAL / NASA / GLIMPSE consortium / VVV Survey / ESA / Planck / D. Minniti / S. Guisard Greetings: Ignacio Toledo, Martin Kornmesser

Not only when we reveal the structure of our galaxy, but we have finally found galaxies.

Italian astronomer Paolo Maffei's experimental work on infrared astronomers ended the discovery of the Galaxy, for example Milky Way plane, such as Maffei 1 and 2. Maffei 1, the giant giant galaxy on the lower left, is the elusive giant Milky Way, yet it was not found until 1967.WISE mission; NASA / JPL-Caltech / UCLA

The first galaxy found in the prevention area is known as Maffei 1 and 2, the pioneer Paolo Maffei after the infrared astronomy.

What we call "Avoid Zone" is not as close as the galaxy region. Although we have seen very little galaxies, in reality, it is just a region like the rest of the universe, which is not just a galaxy, so it does not feel like it.Mic Flows Project / University of Hawaii

Galaxies are rich in the field of avoiding anywhere else.

Many galaxies, especially young and dusty, emit most of their energy into a part of the infrared spectrum. If we want to find the brightest of all galaxies, we will need a next-generation infrared space telescope. The Fireworks Galaxy, NASA's Spitzer Space Telescope, is an example of a predominantly infrared galaxy, which can be seen in infrared galaxies such as Spitzer and WISE.NASA / JPL-Caltech / SSC / R. Kennicutt et al.

Looking at the universe with infrared eyes, now the mystery has been solved.

Although most infrared broadcasts come from the Milky Way wing, stars, gases and powders are predominantly located, many galaxies can be seen beyond. When you look around the direct wave wave, the distribution of galaxies appears random; Avoidance Zone is an artifact that is looking to look spectacular waves. when the light lock is very effective.NASA / JPL-Caltech / UCLA, for the WISE mission


Mostly Mutu tells a story about the phenomenon, object or image problem of astronomers on Monday, images, visuals and more than 200 words. Less discussion with more smiles.


Source link