Great Red Spot of Jupiter Narrowing

Jupiter is a huge gaseous world - by far the largest planet in our solar system - and is about 89,000 miles across at its equator. This true "King of Planets" is so great that all the other planets in the family of our sun could fit comfortably in it - in fact, more than 1,000 Earths could fit inside Jupiter! Great Red Spot of Jupiter huge is considered by many scientists as the most important feature, such as swirls wildly around the surface layer of the atmosphere of Jupiter tracks. In May 2014, astronomers announced that Jupiter famous brand Great Red Spot - is an anticyclonic storm larger wheel of our own planet - has decreased and reduced to its smallest size ever measured!

Jupiter is like a star in its composition. If Jupiter had been about 80 times as massive as it is, it would have ignited a flame of star - instead of becoming the huge gaseous planet that is for sure!

Dr. Amy Simon Goddard Space Flight Center of NASA in Green Belt, Maryland, observed May 15, 2014 NASA Science News that recent NASA Hubble (HST) observations of the Space Telescope confirmed the discovery of the Great Red Spot is currently approximately 10,250 miles across --less 50% of the size of some previous historical measures.
In the giant kingdom

Jupiter Great Red Spot is a storm - the largest in our solar system. Jupiter, and the beautiful ringed planet Saturn are double gas giant in a family of eight major planets of our Sun - Uranus and Neptune are small for the giant ice. This quartet distant giant planets inhabit the outer regions of our solar system. Jupiter and Saturn are very different from four rocky inner planets circling our star land - Mercury, Venus, Earth and Mars - and its strange characteristics and history of confusing training are matters of debate within the global scientific community.

Jupiter is the fifth planet from our sun, and its average distance is about 5.2 astronomical units (AU). One AU is the average distance between Earth and the Sun (which is approximately 93 million miles), so that the distance of Jupiter is equivalent to slightly more than five times the distance between our planet and its fiery star. Seen from Earth, Jupiter is usually the second brightest planet in the sky - after Venus. It is named after Jupiter, the king of the Roman gods.

Jupiter is the fourth brightest body sparkling in the darkness of the night sky above the earth.

Jupiter is so big as a gas giant planet can be, and continue to be a planet. It is about 90% hydrogen and 10% helium - like our Sun, Jupiter but also contains small amounts of methane, rocky material, ammonia and water. A star can grow to be much larger than Jupiter - but a star carries its own internal heat source.

Energy agitated by the material tumbles caused inside Jupiter to become hot. The more weight gained Jupiter; hottest grew. If Jupiter was first formed considerably heavier than him, he would have continued to grow warmer and shrink - even autonomous reactions nuclear fusion in its core lit his stellar fire. Jupiter rotates faster than any other planet in our solar system. Jupiter takes 12 Earth years to complete one orbit around our star, and so a year Jupiter is equivalent to ten years on Earth.

The temperature in Jupiter's clouds is a really frosty minus 234 degrees Fahrenheit. This means that a person weighing 100 pounds on Earth would weigh about 240 pounds on Jupiter.

Jupiter is also very windy. Jupiter winds roar and burst of 192 miles per hour to over 400 miles per hour! The magnetic field owned by the "King of Planets" is extremely powerful. Basically under thick heavy clouds obscured Jupiter, there is a vast ocean composed of a rare liquid metallic hydrogen. As Jupiter rotates, spinning, swirling ocean of liquid metal gives rise to the strongest magnetic field in our solar system. The tops of the clouds (tens of thousands of kilometers higher than where the field is formed), the magnetic field of Jupiter is about 20 times stronger than the magnetic field of our planet.

Jupiter has 62 known moons. Since Galileo, astronomers used the latest telescopes and much improved on Earth to study Jupiter. NASA also sent spacecraft to visit Jupiter system: Pioneer 10, Pioneer-Saturn, Voyager 1, Voyager 2, Ulysses, Galileo, Cassini and New Horizons (the spacecraft Ulysses, Cassini and New Horizon increased by Jupiter on its path to the planets and out of locations in the outer limits of our solar system). These missions have observed warming of the atmosphere, surface, moons and gossamer rings. The missions consist of pictures close and personal strange and unique surface characteristics Jupiter.

A new spacecraft, dubbed Juno, is currently on its way to the Jupiter system. NASA Juno was launched in August 2011, and will reach Jupiter in 2016. Juno will orbit closer to Jupiter than any ship space earlier, and use the magnetic field of Jupiter's gravity field and radio waves to study naturally occurring within this strange world of hidden and mysterious heavily veiled cloud . Juno will also take the first pictures of the polar regions of Jupiter and explore the huge lights that illuminate the north and south poles of Jupiter.

Great Red Spot of Jupiter Shrinking!

As the storm rage brutally Jupiter is the largest storm seen in our solar system is not the only storm. A large storm observed in at least one other planet has changed or disappeared in recent years. The image Voyager 2 captured a large dark surface of the outer planet Neptune spot spot when hovering in 1989. The team of Dr. Simon plans to observe the movements of small eddies and internal dynamics of the Great Red Spot of Jupiter, to determine if these vortices either feed or exhaust the momentum in the whirlpool upwelling - resulting this yet unexplained withdrawal.