The idea of a 137 billion light-year-long plasma structure, as speculated is far larger than the currently observed universe (about 93 billion light-years in diameter).




Plasma structures in the universe are like the cosmic "glue" holding everything together, and they are very important to our appreciating how the universe works on the grandest scales. 

Plasma, which is basically gas that's so hot it becomes electrically charged, is the most common state of matter in the universe. You see it in things like lightning or neon signs on Earth, but in space, it plays a much bigger role. It’s in the stars, in the space between galaxies, and even in the vast cosmic filaments that form the backbone of the universe’s large-scale structure.

Cosmic Filaments

They're like  giant threads of plasma stretching across the universe, connecting galaxies like a spider’s web. These cosmic filaments are part of what scientists call the "cosmic web." They can stretch for hundreds of millions to billions of light-years and help organize the universe into clusters and superclusters of galaxies. 

In these filaments, you’ll find not just plasma but also dark matter the invisible stuff that makes up most of the universe's mass allegedly. 

The plasma in these filaments lights up the universe in X-rays and radio waves, which is how they know they’re there.

Superclusters and Voids

When galaxies come together in massive groups they're called superclusters, plasma often fills the space between them. In fact, most of the visible matter in the universe is plasma. Between these superclusters are vast, empty '?' spaces called voids, but even these "empty" areas can have a trace of plasma, influencing the behavior of nearby galaxies and stars.


Plasma in Galaxy Clusters

If you zoom in to galaxy clusters, you’ll find even more plasma. In fact, the plasma in these regions is so hot that it emits X-rays. The temperatures can reach into the millions of degrees, and the plasma spreads throughout these clusters, making it the dominant form of matter. This plasma plays a big role in galaxy formation, cooling, and even how galaxies mingle with each other.


Magnetic Fields and Plasma

One of the coolest things about plasma is that it interacts with magnetic fields. In the universe, plasma and magnetic fields can create some wild stuff, like jets of plasma shooting out from black holes or galaxies. These jets can stretch across thousands of light-years and travel at nearly the speed of light.


Intergalactic Medium

Between galaxies, in what’s known as the intergalactic medium, plasma exists at low densities but still plays a very significant role. It helps regulate the formation of galaxies and keeps the cosmic web in balance. In fact, the spaces between galaxies are far from empty—they're filled with this low-density plasma that we can spot with special instruments like X-ray and radio telescopes.


The Scale of Plasma Structures

The scale of these plasma structures is mind-blowing. For instance, the South Pole Wall, discovered in 2020, stretches over 1.4 billion light-years. It's one of the largest structures known in the universe. The idea of a 137 billion light-year-long plasma structure, as speculated by some researchers like Joseph Farrell, remains speculative since it's far larger than the currently observed universe (about 93 billion light-years in diameter).


Why's Plasma worth checking out and reading about ?- Rhetorical Question.

So? 

Well, it's everywhere! Plasma isn't just a part of stars but also forms the threads that hold galaxies together. It affects magnetic fields, galaxy formation, and even the overall shape of the universe. Without plasma, the universe wouldn’t look the way it does today, and understanding these plasma structures is important in decoding the biggest cosmic mysteries. So in short, plasma structures are cosmic highways and scaffolding, providing clues into how the universe is on the largest scales. They help form galaxies, influence the creation of stars, and even interact with the magnetic fields to create some of the most extreme phenomena we see in space. 

For both newcomers and experienced people, plasma is where people are now saying the action is in modern astrophysics.


[ Olofin / 4Qua Of OrioN ]



Comments

Popular posts from this blog

Complex layers of human social behavior. Could it be that these are subconscious echoes of ancestral encounters between us modern Humans- Homo_Sapiens ALIAS '' Homo diddyoil'' and Homo_Neanderthals?

Elon Musk Is the Perfect FAKE White Man: The Epitome of FAKE White Mentality—This Is Why FAKE White People Hate Him (Beyond His Wealth). The Ancestors Sent Him to Expose the Nature They Have Killed Us for, ''FOR''... Merely Highlighting Since They Came From The Caves Of Planet Closet Nazis..

Supercavitation: UAV's, Whatever's Zipping Through Our Skies, Time Dilation [ Travel ] Drag Cancellation And Jump Rooms/ Jump Points Technology