10 of the Oddest Things in our Universe

There’s no doubt this universe can be described as a bit bizarre. You can just look around and discover all kinds of weird self-reproducing species of flora and fauna that are crawling on an icy blue ball of semi molten rock, covered with a hard, thin shell, and surrounded with a thin film of gas. Our planet is only a small portion of the strange phenomenon that is in the universe.

Mysterious radio signals

Since 2007, scientists discovered that they were receiving superstrong and ultrabright radio signals that last only few milliseconds. These mysterious flashes have been described as fast radio blasts (FRBs) and seem to originate from billions of light years far away (they’re far from being aliens, they’re not aliens). Scientists recently have been able to record a repeating FRB which flashed 6 times in succession, only the second time such a signal has been seen , and one that could aid in unravelling this mystery.

Nuclear pasta

The most powerful substance that exists is the remnants of a dying star. According to computer simulations that show protons and neutrons inside the husk of a star’s collapsed hull could be subject to massive gravitational pressurethat squeezes them into tangled linguini-like material that could snap -however only in the event that you applied an amount 10 times that that is required to break steel.

Haumea has rings

The tiny planet Haumea that orbits the Kuiper Belt out beyond Neptune it is already unusual. It has an unusual oval shape with two moons, and a day lasting just 4 hours, which makes it the most powerful spinning objects in our solar system. In 2017, however Haumea’s appearance got more bizarre as astronomers observed it move before an object and observed tiny rings circling around it. It is likely to be caused by an impact in the past.

The most odd star

Astronomer Tabetha Boyajian of Louisiana State University and her coworkers first observed the star with the name KIC 846285 They were astonished. It was nicknamed Tabby’s star because the star would drop in brightness in random intervals and for unusual durations of time, occasionally up to 22 percent. Many theories were proposed to explain the phenomenon, including possible megastructures from aliens but today, the majority of scientists believe that the star is enclosed by an unusual dust ring that is causing the star to darken.

Hyperion with high-energy electricity

The title of strangest moons in our solar system could be given to any celestial object -Jupiter’s overly volcano Io and the geyser of Neptune, and Triton. One of the most bizarre appearance is Saturn’s Hyperion which is a pumice-stone-like rock that is dotted with many cracks. NASA’s Cassini spacecraft, which toured this region of the Saturn System between the years 2004 to 2017, observed that Hyperion was in charge of the form of a “particle beam” of static electric currents that were flowing into space.

A guiding Neutrino

The one, high-energy neutrino that hit Earth on September. 22, 2017 was not, by itself any kind of extraordinary. Scientists from the IceCube Neutrino Observatory in Antarctica observe neutrinos with similar energy on a regular basis. This one is unique as it was one of the first with enough details about the source of the neutrino to allow astronomers use telescopes to pinpoint the direction that it came from. They realized that it was thrown towards Earth four billion years earlier by the burning the blazar, which was a massive black hole located in the center of the galaxy, which was consuming the all the surrounding material.

The living fossil galaxy

DGSAT I’s is an extremely diffuse galaxies (UDG) that is to say it’s as large as an object similar to it is the Milky Way but its stars are scattered to the point that it’s almost invisible. However, when scientists spotted this ghostly DGSAT 1 in 2016, they observed that it was by itself, which is quite different from other UDGs that are usually located in clusters. Its peculiarities suggest that the elusive object was created in a distinct time period of the universe. to just a billion years prior to when the Big Bang, making DGSAT 1 an actual fossil.

Double quasar image

Massive objects emit light enough that they alter the appearance of the objects behind them. When scientists utilized their Hubble Space Telescope to discover the quasars of the early universe, they utilized it to determine the speed at which the universe expands and discovered that it’s expanding faster than it did in the past and this finding does not agree with other studies. Scientists are now trying to determine whether their theories are correct or if something different is happening.

Infrared streams from space

The neutron stars can be extremely massive stars that formed following the demise of an ordinary star. They normally emit radio waves, or higher-energy radiation like X-rays however in September scientists discovered a lengthy stream of infrared radiation coming from a neutron-star located around 800 light-years from Earth that was not ever before seen. Researchers suggested that a dust disk that surrounds the neutron star may be the source of the light however, the real reason is yet to be determined.

Rogue planet with auroras

The stars that drift through space are rogue planets that were sucked away from their star’s parent by gravity forces. One of the peculiarities of this type is called SIMP J01365663+0933473, which is a planet-sized object that is 200 light years away, and whose magnetic field is 200 times more powerful than Jupiter’s. It is powerful enough to cause auroras that flash in the atmosphere and can be seen by radio telescopes.

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