The Giant Black Hole in Our Galaxy Turned Out to Be Active

We'll explore some of the most bizarre places in our universe. Astronomers discovered that the supermassive black hole at the center of our Milky Way galaxy may be leaking, suggesting it may still be active. Researchers used the Hubble Space Telescope to spot a jet pushing into clouds of hydrogen at the center of our galaxy. When a gas cloud gets too close to the black hole, it gets swallowed and then belches small jets of matter. Fermi bubbles might be the result of these belches. There's a rotating neutron star called the black widow pulsar that's consuming its partner. Nuclear pasta is the strongest material in the universe. It can break, but only if you apply 10 billion times the pressure needed to shatter steel. There's a planet where it rains glass, and solar tsunamis tear across the sun's surface. Electric Hyperion, Saturn's moon, is charged with static electricity. There's a rogue planet with auroras drifting through galaxies.

We are going to explore some of the most unusual places in our universe. Astronomers have found that the supermassive black hole at the center of our Milky Way galaxy may be leaking. This discovery is significant because it suggests that the black hole, known as Sagittarius A star, may still be active. Its mass is 4.1 million times that of our sun. The recorded leakage may be the black hole hiccuping while swallowing gas.

The team of astronomers used the Hubble Space Telescope to spot a jet in the center of our galaxy. The jet looked like a blowtorch pushing into clouds of hydrogen. This kind of activity is common around active black holes. Powerful magnetic fields sweep a small part of the material outward, creating a jet. When a giant gas cloud gets too close to our supermassive black hole, it gets swallowed and creates small jets of matter.

Scientists have discovered a new giant bubble of hot gas aligned with a jet stretching for 35 light years from a supermassive black hole. It's possible that the jet plowed into the gas and inflated it. There are other breathtaking places in the universe, but some are extremely dangerous, like the rotating neutron star called the black widow pulsar. It's consuming its partner, a lightweight brown dwarf star, causing it to dwindle. Nuclear pasta, formed from the leftovers of extinguished stars, is the strongest material in the universe.

This substance can be squeezed into tangles and can break with extreme pressure. There's a planet that rains glass and has winds blowing at seven times the speed of sound. Solar tsunamis, called Terminator events, can last for weeks and happen every decade. Electric Hyperion, a moon of Saturn, is pockmarked with craters and charged with static electricity flowing out into space.

A rogue planet is drifting through galaxies with auroras. It was flung away from its parent star and is 200 light years away from Earth. This planet-sized object has a magnetic field 200 times stronger than Jupiter's, creating flashing auroras in its atmosphere. Black holes are extremely dangerous and should be avoided. They are some of the most perilous objects in the universe. How many black holes are there?

Some black holes could be very small, even as small as an atom. Despite their size, they can have the mass of a thousand sedans. One theory suggests that many micro black holes were created after the big bang. Some scientists believe that many black holes pass through our planet every day.

Next on our tour is an exoplanet called Gliese 436b. It's a paradox because it's made of scorching hot ice and orbits its parent star in just two days. The planet's temperatures rarely drop below 800 degrees Fahrenheit, possibly due to its close proximity to the star. Despite the heat, it hosts huge volumes of solid water ice known as ice X.

If you're a jewelry lover, you'll be interested in the next planet. It's a diamond planet located about 4,000 light years away from Earth. This planet appears to be one enormous diamond.

Diamond planet is the densest planet discovered and made mostly of carbon. Astronomers believe the carbon might be crystalline, but it's uncertain. Moon moons might exist, but there's no agreement among astronomers. DG sad 1 is a living fossil galaxy that's unique because it's sitting alone. Neutron stars emit x-rays or radio waves, but in 2018, an infrared stream from space was discovered. Unfortunately, people can't see it because they can't see infrared light.

Astronomers found an unusual stream of infrared light coming from a neutron star 800 light years away. It may be caused by a dust disc surrounding the star, but this theory is unproven. The Kuiper Belt, beyond Neptune's orbit, is filled with massive icy objects. Scientists cannot explain the pattern of their movement. A hypothetical planet, named Planet Nine, might be hiding from our sight behind Neptune. We must wait for confirmation of its existence. We can observe our star, but we must be cautious not to get too close. The sun's atmosphere is hotter than its surface, reaching millions of degrees. Scientists believe that bursts of heat from the Sun may be connected to a unique phenomenon. There is a dwarf planet named Paul Mia in the Kuiper belt that is worth visiting. It has an unusual elongated shape and two moons. Paul Mia is also the fastest spinning big object in our solar system with a day lasting only four hours. The most mysterious thing about Paul Mia is its thin 40-mile-wide ring circling it. If you enjoyed learning about Paul Mia, please like and share the video with your friends. For more interesting videos, click on the links and stay on the bright side.