Death of the Milky Way

Many embarrassing stars ignite billions of galaxies that glides through the light in an observable universe. The observable [or visible] universe is a relatively small area of ​​the entire unimaginable giant universe that we can see - due to the expansion of time and space and the general speed limit of light, the rest of the universe exists outside our visibility. The galaxy is a gravitational restraint system that includes stars, stellar remains, interstellar gas, dust, and astronomers called mysterious non-atomic substances. from

Dark matter. from

  In October 2018, an Australian team of astronomers announced that they had witnessed the slow death of dwarf galaxies in the finest detail, a neighbor of our own huge and majestic spiral galaxy. This small and dying galaxy is gradually losing its power, giving birth to a bright new star baby.

This peer-reviewed study of dwarf galaxies destined to fail from

Small Magellanic Cloud [SMC], from

 Conducted by astronomers at the Australian National University [ANU] in Canberra and the Commonwealth Scientific and Industrial Research Organisation [CSIRO]. SMC is only a small part of the size and quality of the Milky Way, and astronomers use images obtained from powerful images of CSIRO. from

Australian SKA Pathfinder [ASKAP] from

 Radio telescope.

Dr. Naomi McClure-Griffiths, chief astronomer at the Australian National University, said on October 30, 2018. from

Australian press communique from

 The characteristics of the radio image are five times finer than before from

SMC from

 These images enable scientists to detect the interaction between the small galaxy dwarf and its environment and greatly improve accuracy.

"We can observe a strong hydrogen outflow from

Small Magellanic Cloud, from

 "Dr. McClure-Griffiths, who is from

College of Astronomy and Astrophysics from

 Continue to explain at the Australian National University.

"This means that if the galaxy loses all its gas, it may never form a new star," she added.

Nubescula Minor

The from

SMC from

 , or from

Nubescula Minor from

 It is a close neighbor of our galaxy. It is classified as from

Dwarf irregular galaxy from

 It is only about 7,000 light years in diameter. The from

SMC from

 With hundreds of millions of stellar prisoners, the total mass is about 7 billion times that of our Sun. This tiny irregular galaxy shows a central strip structure, and many astronomers speculate that it used to be a forbidden spiral galaxy that was destroyed by our close collision with the Milky Way, causing it to become irregular. At a distance of approximately 200,000 light years from

SMC from

 It must be the closest inter-galset neighbor in our galaxy. It is also one of the most diverse structures visible to the naked eye.

The from

SMC from

 It can be seen from the entire southern hemisphere, but it can be observed from above the southern horizon above the latitude of 15 degrees north latitude. It is also located opposite the two constellations. from

Rhododendron from

 And part from

Water snake, from

 It looks like a faint thin patch, similar to a piece of the Milky Way that has fallen off. The from

SMC from

 It is considered to have an average diameter of about 4.2 to 8 times the Earth's Moon - thus occupying about 14 square degrees, which is about 18 times that of our moon. Because its surface brightness is extremely low from

SMC from

 Observe the best in the clear moonless night away from the overwhelming lights of the city. The from

SMC from

 Become a member of the pair with his companion from

Large Magellanic Cloud [LMC] from

 , located 20 degrees to the east. Like from

small MC from

 , from

Large Magellanic Cloud from

 Is the member from

Local group from

 Galaxy - It is also considered a satellite of our Milky Way.

Our position in space

The galaxies living in the observable universe are not simply randomly distributed through space time. Instead, they are in groups, such as our Milky Way from

Local group from

 . The from

Local group from

 With more than 54 galaxies, our own Milky Way and Spiral Galaxy Cactus are their largest members. The Milky Way and the Andromeda Galaxy are star-studded souls that look like awesome windmills that solemnly rotate in the universe.

The clusters of galaxies and superclusters are the largest known structures in the space age. They can contain hundreds to thousands of independent galaxies that "stick together" by their mutual gravitational bonds. In fact, the Milky Way, the Star Cluster and the Super Galaxy are intricately connected in a huge fine wire mesh, which are strung together like a gleaming dew on an invisible spider web. Filament is considered to be transparent from

Dark matter from

 This is believed to consist of foreign non-atomic particles that do not interact with light or any other form of electromagnetic radiation, which makes this strange substance invisible. However, scientists strongly suspect this invisible [and rich] exotic material form. from

There from

 Because it does interact gravity with objects that can be seen. The awesome galaxy superclusters are located in these heavy intersections and transmissions, so all these dense structures are interconnected. However, they only show boundaries that are not well defined.

The Galaxy place we have in space has long been one of the most mysterious places. However, in 2014, an international team of scientists announced that they successfully defended the outline of the huge Milky Way super galaxies that contained our Milky Way - now named from

Leniakea Supercluster from

 . from

Laniekea from

 It is a "great paradise" in Hawaiian.

The cosmic galaxies have been ignited long time ago, and less than a billion years after it was thought to have occurred 14 billion years ago, it began to dance in the original universe. The most widely accepted model of the Milky Way - from

bottom up from

 Theory - suggests that large galaxies like the Milky Way and the Andromeda Galaxy are rare inhabitants of the ancient universe, and that large galaxies can only reach their huge size due to small irregular collisions and mergers. from

Original spots. from

  The oldest galaxy is only one-tenth the size of the Milky Way and Andromeda. However, because these small primitive structures quickly gave birth to many fiery new stars, they are equally brilliant. The extremely bright but relatively small primitive galaxies are the "seeds" that have historically formed large galaxies. In the very ancient universe, opaque hydrogen clouds collide with each other and merge along huge huge filaments made up of invisible from

Dark matter. from

  The from

Dark matter from

 Not a familiar "ordinary" atomic substance from

Journal Table - from

 This is what creates the world we know.

Recent measurements estimate that most of the universe is "dark." In other words, scientists are "in the dark" about the nature of their ingredients. Atomic substance from

[baryon material] from

 This constitutes the most familiar universe of mankind, and is actually a dwarf of three cosmic garbage. In fact, quite unusual "ordinary" atomic matter accounts for only 4.6% of the universe. Mysterious non-atomic from

Dark matter from

 More abundant than 24% of atomic materials. The lion's share of the universe is actually made up of a substance that is more mysterious than the mysterious substance. from

Dark matter. from

  This substance, what scientists call from

Dark energy from

 , accounting for 71.48% of Cosmos. from

Dark energy from

 Is causing the universe from

accelerate from

 In its expansion, it may be the property of space itself.

Slow death of the small galaxy

Dr. McClure-Griffiths commented on October 30, 2018 from

Australian press communique from

 Her team recently discovered that from

SMC from

 It has gradually disappeared from a project that evolved from studying galaxies. This survey provides the first clear observational measurement, pointing out the quality that is destined to be lost. from

Dwarf galaxies.

"The result is also important because it provides a possible source of gas for strong gases. from

Magellan Flow from

 Surrounded by the Milky Way. Added to McClure-Griffiths.

CSIRO from

 Co-researcher Dr. David McConnell also expressed the same view from

Australian Department of Public Information Press Release from

 That from

ASKAP from

 This kind of research is unparalleled in the world. This is because its unique radio receiver gives it a panoramic view of our galaxy.

"The telescope covers the entire telescope from

SMC from

 The Milky Way took hydrogen in one shot and didn't have any details," Dr. McConnell continued to comment.

Hydrogen is the most abundant [and lightest] atomic element in the universe, and it is the main component of all stars.

Dr. McConnell added: " from

ASKAP from

 We will continue to produce the most advanced hydrogen pictures in our Milky Way and the Milky Way. from

Magellan Cloud from

 Learn how the dwarf system integrates with our own Galaxy system and how it teaches us about the evolution of other galaxies. "

The study was published in the journal from

Natural astronomy.

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