NASA, Carbon dioxide, Carbon, Orbiting Carbon Observatory, Earth, Atmosphere cientists Just Found The Largest Planet In The Universe!

They have found a giant planet in the universe and its not in our solar system, get ready to be amazed and learn everything you need about this incredible Discovery. We have counted down the top 10 largest planets in the universe, with their characteristics. You will want to take advantage of this stay tuned to know if the rumors are true. If scientists have found another planet, that can support life, but before we dive into this exciting Discovery, make sure to hit the Subscribe button like this video and leave a comment related to the topic Music. Thank you. Music rocks. 42 BB. Roxs 42bb is an incredibly massive exoplanet, estimated to be more than 13 times. The mass of Jupiter the giant planet in our solar system. Rocks 42bb is estimated to have a radius of approximately 1.75 times that of Jupiter, making it one of the largest exoplanets. Despite its massive size, rocks 42bb is located very close to its star rocks 42a orbiting at a distance of just 0.06 astronomical units Au for comparison. This is about the same distance. Mercury orbits, our sun composition, wise rocks 42bb, is thought to be composed primarily of hydrogen and helium the two most abundant elements in the universe. Like all gas giants, it is likely to have a dense atmosphere composed of these elements with thick clouds of gas and dust. Scientists are still working to determine the exact composition of rocks 42bb still. The proximity of the exoplanet to its star allows for detailed observations that may reveal more about its structure and composition in the future.

The atmosphere of rocks 42bb is also of great interest to astronomers, although much is still unknown. Observations have suggested that the exoplanet may have a relatively young and hot atmosphere with temperatures estimated to be between 1 000 and 1500 Kelvin. These high temperatures are thought to be caused by the proximity of Roxas 42 BB to its star, which heats the atmosphere and drives strong winds that shape the cloud formations. The various characteristics of rocks 42bb, including its massive size, proximity to its star and unique composition and atmosphere, make it a fascinating subject of study for astronomers and a valuable resource for gaining insights into the formation and evolution of massive gas giants. The mysterious ots 44 is a remarkable celestial object, low located in the chameleon one star forming region 550 light years away from Earth. This free floating substellar object is one of the lowest Mass objects in our universe and has approximately 11.5 times the mass of Jupiter or 1.1 percent, that of our sun. Its radius ranges from 23 to 57 percent of the sun, making it one of the biggest planets hat p33b hat p33b. Is a gas giant exoplanet located 1310 light years away from Earth in the orbit of its host star hat p33 discovered in 2011. It has become one of the most studied exoplanets at a radius 1.3 times that of Jupiter. It is considered among the largest known planets, with an estimated Mass 14 times greater than Jupiters.

Observations suggest that its atmosphere mainly consists of hydrogen and helium with Cloud layers composed of silicate dust particles. Since hat p33b, orbits is host star at a distance of only .05 – a? U which is significantly closer than Mercurys orbit around our sun. It makes a full orbit around every 4.47 days, making it one of the shortest known orbital periods for any Planet orbiting a star other than our own Sun. Due to this short period, the surface temperature on hat p33b reaches over 2 000 degrees Kelvin compared to minus this 170 degrees Celsius. On Mars, this extreme temperature leaves the planet unable to sustain life, as we know it, making it uninhabitable for humans or any other organism capable of living on earth like planets its size and density are similar to those found on Jupiter and Saturn, but not Neptune or Uranus, secondly, observations suggest that powerful winds Circle the planet at high altitudes comparison between Spectra obtained from different Stars show evidence for sodium absorption in the atmosphere. Recent Studies have suggested that strong magnetic fields could be present in planets, like hat p33b, due to their proximity to their host stars and relatively high temperatures. Tres 2B tress 2B is one of the largest known exoplanets located 750.2 light years away from the earth in the constellation Draco. It was discovered in 2006 by astronomer, Francis T ODonovan and is a gas giant that orbits the star gsc 03549 02811 Tres B has an impressive radius of 90 938 kilometers and an orbital period of 59 hours, meaning it circles its host star every two and a Half days, one of tress 2bs, most remarkable characteristics is its extreme Darkness.

It reflects less than one percent of any light that strikes its atmosphere. This fact means that almost all energy it receives from its host star is absorbed, making it incredibly hot temperatures on the planet can reach up to 2000 degrees Celsius. Tres 2B has an incredibly strong gravitational pull with a force of 32.21 meters per second squared tress. 2B. Is fascinating and mysterious compared to other planets across the Galaxy due to its remarkable properties and Powerful influence within our universe, its extreme Darkness, combined with intense gravity, makes it an intimidating. Yet, Strangely Beautiful sight amongst the Stars, beta pictoris, B, Etta Pitt Taurus B is one of the largest exoplanets in our universe, with a mass estimated to be around 13 Jupiter masses and a radius nearly 46 percent larger than Jupiter. It was discovered on November 18, 2008 by astronomer, Anne Marie LaGrange and orbited the beta pictoris Star, located approximately 63 light years away from the earth in the constellation pictor. Its orbital period is around 22 years, with an average temperature of 1724 Kelvin. Unfortunately, beta pictoris B is not considered habitable due to its extreme high surface temperature. It has an eccentricity of 0.106 plus .007 minus .006, which means that its orbit is slightly egg shaped rather than the perfect circle like most planets. We are familiar with here on Earth. Another interesting fact about beta pictoris B is that its one of the few exoplanets ever observed with direct Imaging hat p1b hat p1b is a large planet located roughly 521 light years away from Earth in the constellation Lacerta.

It was discovered on September 14, 2006 by the Hat net project. Hat p1b has an impressive radius of 94 298 kilometers due to its proximity to its parent star and subsequent high temperatures. Hat p1b is not habitable for Life, as we know it fun fact, although its much larger than Jupiter in terms of radius hat p1b has only half the mass. This means that this Giant gas planet is less dense than water, despite its huge size, Music HD, 209. 458B HD 209 458b, also known as Osiris after the Egyptian god is a gas giant exoplanet orbiting around a sun like Star HD, 209 458 in the constellation Pegasus. This planet is about 159 light years away from us and has an orbital period of 85 hours, making it one of the quickest orbiting planets ever discovered. The radius of its orbit is .047 au, 1, 8 of the radius of Mercurys orbit. It was discovered by Michael Mayer and his colleagues on September 9. 1999.. Did you know that when transitioning in front of its parent Star HD 209458a an event called Transit, HD 209458b produces a small dip in the stars? Brightness. This phenomenon was first observed in 1999 by scientists observing 209458 through telescopes. Also worth noting is that HD d209 458b was the first exostar planet whose atmosphere was studied directly due to its nearness to our solar system and relatively short orbit period. Astronomers could observe special variations caused by particles in its atmosphere changing with time it has an atmosphere composed primarily of hydrogen and helium gas, but also contains carbon dioxide and Trace Amounts of methane too.

These gases dont make them suitable for human habitation. Kepler ‘b kepler ‘b is one of the largest exostar planets discovered in our universe, and its Discovery has been a major milestone in astronomy and astrophysics. It is located approximately 1400 light years away from Earth and orbits a star known as kepler ‘ at 18 times more massive than Jupiter. This planet is one of the biggest ever found in our galaxy with its extremely large size. Its radius is 87 220 kilometers, making it five fourths the size of Jupiter. The average surface temperature on kepler ‘b has been estimated to be 905 Kelvin 632 degrees Celsius, 1169 degrees Fahrenheit. This temperature is much higher than any other planet in our solar system. Making this world uninhabitable for most life forms even so. Kepler ‘b marks an exciting Discovery, as it provides scientists with a rare opportunity to study giant planets outside our own solar system, so something virtually impossible before this discovery. Kepler ‘b orbits its host star at about 15 percent of the average distance between the Earth and the Sun, a relatively short distance compared to other planets of similar size that orbit around stars like ours. It was first discovered on August 3rd 2011 by the Haute Province Observatory using nasus Kepler Mission data. Since then, it has been subjects to intense research by astronomers worldwide to understand its properties and behavior. Better one interesting characteristic of kepler ‘b is that it likely does not possess an atmosphere, something believed to be necessary for allowing liquid water to exist on a planets surface which would make it uninhabitable, even if temperatures were livable for humans or other forms of life.

Another thing we know is that, due to its proximity to its sun, like star parent Star, Title locking may occur where only one side ever faces, the parent star, resulting in some areas being extremely hot, While others are much cooler than average planetary temperatures usually seen elsewhere. In space, in addition to that, studies have also suggested that there may be evidence for high levels of UV radiation near kepler ‘b, due to its proximity to its parent star, which could potentially damage any life forms present on this world. Should they exist, despite difficulty being able to survive in such high temperatures there at all 51 Pegasi b, 51 Pegasi b is one of the most noteworthy and significant exostar planets known to humanity. It was discovered on October 6, 1995 by Michael Mayer, dtrp kelos and Jeffrey Marcy at the hot Province observatory in France, located approximately 50 light years from Earth in the constellation Pegasus. This planet has a relatively large radius of 135 830 kilometers in an orbital period of 102 hours, making it one of the fastest spinning exoplanets ever discovered. The main reason 51 Pegasi b, made such a huge impact on astronomical research, is that it was the first exoplanet found orbiting a main sequence star, our sunlike 51 pegasy. This groundbreaking discovery opened up many possibilities for further exploration and shed light on how planetary systems are created. Unfortunately, 51 pegasy B is not considered habitable due to its high surface temperature and lack of atmosphere.

Its average temperature is estimated to be between 1 000 and 2000 degrees Celsius. Despite this, this exoplanet remains an amazing example of what lies outside our solar system. One interesting fact about 51 Pega CB is that its discoverers initially believe they had stumbled upon a brown dwarf. Star, instead of a planet due to its mass being almost half that of Jupiters 17 times more massive than Earth, but further analysis confirmed their suspicion that they were looking at an exoplanet rather than a failed star to honor their Monumental Discovery. The international astronomical Union named this exoplanet dimidium Latin for half, but also gave it another name bellerophon after one of the Legendary Heroes from Greek mythology who tamed pegasus with the help of a magical Bridle nowadays, astronomers continue to observe this extraordinary object as new technologies. Allow us to push our knowledge even further about what lies beyond our solar system. Trace 4B Trace 4B is one of the biggest known exoplanets ever discovered, and its remarkable size has made it a popular research subject for astronomers. The planet is located about 750 light years away from Earth in the constellation Hercules orbiting around the star gsc 02620 0068a. The planets radius is 128, 610 kilometers orbit period of 85 hours and surface gravity make it much easier to escape Earths gravity. It is composed mostly of hydrogen and helium. However, it may also have some rocky material in its core due to its massive size.

Unfortunately, due to its proximity to its star and intense radiation levels, Trace 4B is not considered habitable. Trace. 4B is one of the few planets that can be seen Crossing its star with a telescope due to the large size difference between itself and its Sun, something that other planets, like our own, cannot do. Hat p 32b hat p32b has a mass of 0.68 Jupiter. It is 950 light years away from Earth and orbits an F Type star named hat p32. This planet was first observed by the Hat net project in 2004, but was formally discovered on November 3rd 2011.. It takes 2.2 days to complete one orbit around it. Hat p32b has a radius of 145 630 kilometers and has an apparent magnitude V of 11.29 when viewed from Earth. Its surface gravity is significantly more massive than planets within our solar system, as expected for its size and distance from its star. The planet is not considered habitable due to its extremely hostile environment. Temperatures are likely too extreme or any known form of life to survive there. However, this doesnt mean that its impossible for life forms similar to extremophiles found on Earth could exist there, given their ability to withstand harsh conditions such as boiling water or high levels of radiation. Hat p32b also holds some interesting, for example, despite having a much larger mass than most planets in our solar system. Its density is slightly lower than Jupiters. This suggests that either the planet contains a mix of heavy elements that are less dense than those found on Jupiter, or that hydrogen and helium make up most of its composition instead of ice and rock, which would account for its lower density compared to other gas giants.

In our solar system, additionally, this planet appears brighter in the sky due to strong Rayleigh scattering caused by its thick atmosphere, composed mostly of hydrogen and helium molecules, as well as small amounts of other gases like carbon dioxide or methane, which contribute even further to the brightness Effect when seen from Earth, finally hat p32b also has an estimated age slightly younger than our own Sun at 4, 4 billion years old, compared with 4.6 billion years respectively. This makes it unique amongst other exoplanets, since they tend to have much older ages. The bodies above are categorized as planets, due to the presence of an orbital path around a star to get their elliptical shape. Please let us know which planet fascinated you the most. Thank you for embarking on this topic with us until next time. Follow us on social media platforms to discuss this remarkable scientific achievement together, hit the Subscribe button like this video and leave a comment. We love to hear your thoughts on this fantastic Discovery.

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