Elon Musk’s Starlink CAPTURED Two Giant Blobs Above The Earth!
Elon Musk’s Starlink captured two extraterrestrial blobs reside in a peculiar region of our solar system. These strange creatures are believed to spend their days waiting patiently for their food to fall upon them, simply absorbing it, with spreading, amorphous bodies the size of continents. Even more strange than their nutrition, however, is their natural environment. It might be referred to as “rocky” because there are unusual minerals around in various hues and forms. A shimmering sea in the distance that is so big that it holds as much water as all of Earth’s oceans combined is the only other notable feature. Otherwise, the landscape is rather desolate. What exactly are these? Let’s find out!
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Every day is the same, with the “weather” being a pleasant 1827C (3321F) with certain places of high pressure, which is around 1.3 million times more than at the Earth’s surface. Even the most common materials begin to react in odd ways in this crushing environment; for example, rock becomes pliable like plastic and oxygen behaves like a metal. Atoms get distorted in this environment.
The blobs aren’t strictly natural, but this scorching utopia isn’t an extraterrestrial world either. In reality, it is the Earth itself, just incredibly deep beneath.
The location in concern specifically is the lower mantle, the layer of rock that lies just above the core of the Earth. This largely solid mass is another universe; it is swirling and flecked with a kaleidoscope of crystals, ranging from diamonds (there are about a quadrillion tons of them in the mantle overall) to minerals that are so elusive that they don’t exist on the surface.
Bridgmanite and davemaoite, the two most prevalent rocks in this stratum, are in fact largely unknown to scientists. They are the geological counterpart of the bizarre deep-sea fish that melt when they are trawled up from the ocean floor because they require the extremely high pressures that are specific to the planet’s interior to develop, and they disintegrate if they are brought into our world.
Only when these elusive minerals become caught inside diamonds that have been brought to the surface can they be observed in their original state. Even then, it is impossible to anticipate what these crystals might truly look like in the Earth’s interior because the pressures they typically experience have a significant impact on their physical characteristics.
There isn’t a drop of liquid in the far-off “ocean” in the meantime. As an alternative, it is created from water that has been trapped inside the mineral olivine, which makes up more than 50% of the upper mantle. It changes into crystals of ringwoodite, an indigo-blue mineral, at lower depths.
According to Vedran Leki, an associate professor of geology at the University of Maryland in the US, “the chemistry changes completely at these levels.” He claims that certain minerals might become clearer for all we know.
But the “blobs” in the deep Earth are what have geologists all over the world intrigued right now.
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