Scientists Found the Largest Planet in the Universe

0:00Jupiter is the largest planet in the solar system. More than 1,300 Earths could fit inside this gas giant. It's also two and a half times more massive than all the other planets of the solar system combined. But if you think this is mind-boggling, I've got some great news for you. Very recently, a team of astronomers have discovered a much, much bigger planet with the help of the Subaru Telescope and the NASA Hubble Space Telescope. It's a Jupiter-like proto-planet orbiting a very young star, A.B. O'Reilly. The star is probably still forming and is no more than 5 million years old. For comparison, our sun is 4.6 billion years old. The young star is located at around 531 light years away from Earth in the constellation of Araga. The star is shrouded in a thick, quickly moving layer of gas and dust. This disk feeds the growth of the star. Later, what's left of

1:05the disk will come together to form the elements of the planetary system. Planets. Dwarf planets, comets, asteroids, you name it. But back to the newly discovered planet. It's a gas giant whose mass equals that of nine Jupiter's. Can you imagine this colossus? It takes the planet, named A.B. O'Reilly B, almost 588 Earth years to complete just one journey around its parent star. Maybe because it's 93.9 AU, astronomical units away from it. Now, why is the discovery of this planet so amazing? Because according to astronomers, it's been forming in a very bizarre way. Or should I say, is forming? Since this gas giant is still in the process. Anyway, the unusual thing is that A.B. O'Reilly B is coming together as a result of a top-down gravitational collapse of giant clouds of gas. But scientists say

2:07that a much more common model of planetary formation is when dust and rocks gradually accumulate around some kind of core. This proves the idea that there are numerous ways for planets to form. It can also mean that there probably are very diverse planetary systems in our home Milky Way galaxy. But A.B. O'Reilly B isn't the largest exoplanet ever discovered. In 2005, astronomers spotted a mysterious space body. Later, they called it GQ-LUPAI-B. The thing was orbiting a young star at a distance 2.5 times greater than that between the Sun and Pluto. Scientists came to the conclusion that the object was either a planet or a brown dwarf, which is basically a tiny star. If astronomers decide that GQ-LUPAI-B is a planet, it will be the largest ever found, with a radius that is 3.5 times that

3:09of Jupiter. The biggest star we know about is called U.I. Scooty. This hyper-giant has a radius that is about 1,700 times greater than that of the Sun. If you somehow manage to place U.I. Scooty in the center of the solar system, its edges would stretch far beyond Jupiter's orbit. As for the dust and gas streaming from the star, all this would extend beyond the orbit of Pluto. That's 400 times the Sun Earth distance. A black hole is a spot in space where the pull of gravity is so strong that even light can't escape it. But why is gravity so powerful there? Because matter is squeezed into a teeny tiny space, supermassive black holes, which can be many millions of times the mass of the Sun, tend to lurk in the centers of galaxies. The most massive black hole astronomers have discovered so far

4:11is Tan-618. Its mass is equal to that of 66 billion Suns. It was the year 2010. With the help of the Fermi telescope, astronomers spotted something ginormous, something entering the Milky Way. Their discovery looked like massive blobs of matter that could only be observed in particular wavelengths of light. They were also about 25,000 light-years tall. Scientists think that the blobs, called Fermi bubbles, could be produced by our galaxy's central black hole. Space seems to be extremely deserted, but some places are even emptier than the rest, like Supervoid in Eradiness. Astronomers notice this huge region of empty space in 2004. The area stretches 1.8 billion light-years across. It's mysteriously devoid of gas, dust, stars, and even dark matter.

5:15A nebula is a massive cloud of gas and dust, floating in space. Some nebulae form when a star is nearing the end of its life and throws out loads of gas and dust. Others appear in regions where new stars are forming. The largest nebula we know about is the Tarantula Nebula. In its longest span, it measures over 1,800 light-years. This nebula, also known as 30 Doratus, is located around 170,000 light-years away from Earth. Unlike its namesake, the Tarantula isn't dangerous. Quite the opposite. It's a stellar nursery, which means it's a region where tons of young stars are born. Even cooler, it's the most active star-forming area in our entire galactic neighborhood. In 2021, the biggest ever comet we know about entered our solar system. It was 85 miles

6:18across, and its icy nucleus was 50 times greater than the nucleus of the previous record breaker. The intruder's mass was a whopping 100,000 times bigger than that of the average comet. In fact, C-2014 UN271, Bernardinelli Bernstein, was so large that astronomers first classified it as a minor planet. Is it going to crash into Earth? No. It won't get closer than a billion miles to our beautiful green planet, and it won't happen until 2031. But could there be comets even bigger than that? Who knows, but the thought is terrifying. There are loads of bizarre things in the universe, and hypothetical nuclear pasta is one of them. If it does exist, nuclear pasta is the strongest material in the entire universe. It forms from the leftovers of extinguished stars when this substance gets squeezed into spaghetti-like

7:22tangles of material. It can theoretically break, but only if you apply 10 billion times the pressure needed to shatter steel. Pulsars are spherical space objects the size of a large city, but they pack more mass than the entire sun. They radiate to narrow beams of light, sending them in opposite directions. The Black Widow Pulsar, just like its spider namesake, is munching on its partner. It's a lightweight brown dwarf star. The more material the pulsar consumes, the more slowly it spins. The energy the neutron star is losing in the process causes its companion star to dwindle. Hamea is a dwarf planet orbiting the Kuiper Belt. It's a donut-shaped ring of objects around the sun that extends just beyond the orbit of Neptune. The mini-planet has a bizarre elongated shape and two moons. The day on this planet lasts

8:28just four hours, which makes it the fastest spinning large object in the solar system. But the most mysterious thing about Hamea is that the planet has a thin, 40-mile wide ring circling it. What is it? Where did it come from? No one knows. Could be the result of a collision that happened in the distant past. The 18th brightest star in the night sky, Fulmuhot, is a terrifying sight. It's dubbed the Eye of Sauron because it looks like a ring of dust and debris circling it. It makes the star look like a giant eye, staring into your soul. The intimidating star is more than twice the mass of the sun. It's 25 light-years away from Earth, which isn't that far away, considering distances in space. Look at this butterfly. Its wingspan is more than three light-years, and the structure inside this nebula is one of the most complicated, ever-observed. The nebula's central star,

9:29a white dwarf, is heated to an incredible 450,000 degrees Fahrenheit. It means it was formed from another gargantuan star, more than five times the size of the sun. The white dwarf is surrounded by a thick disc of dust and gas at the equator. That's what probably makes the whole structure look like an hourglass, or a butterfly. That's it for today. So hey, if you pacified your curiosity, then give the video a like and share it with your friends. Or if you want more, just click on these videos and stay on the bright side.