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A black hole is a region of space where gravity is so strong that even light cannot escape. Because matter has been compressed into a small space, gravity is extremely strong. This can occur when a star dies. People cannot see black holes because no light can escape. They are unnoticed. Space telescopes equipped with specialised tools can aid in the discovery of black holes. Special tools can observe how stars in close proximity to black holes behave differently than other stars. Black holes can be large or small in size. Scientists believe the tiniest black holes are as small as one atom. These black holes are extremely small in size but have the mass of a large mountain. The amount of matter, or "stuff," in an object is defined as its mass. A "stellar" black hole is a different type of black hole. Its mass could be up to 20 times that of the sun. There could be a plethora of stellar mass black holes in Earth's galaxy. The Milky Way is the name given to Earth's galaxy. Scientists believe that the tiniest black holes formed when the universe first began. Stellar black holes form when the core of a massive star collapses in on itself. When this occurs, it results in a supernova. A supernova is a star that explodes, ejecting a portion of the star into space. Scientists believe that supermassive black holes formed at the same time as the galaxy in which they exist.
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The Earth is the third planet from the Sun and the only known astronomical object to support life. While there is a lot of water all over the Solar System, only Earth has liquid surface water. The ocean covers roughly 71% of the Earth's surface, dwarfing polar ice, lakes, and rivers. The remaining 29% of the Earth's surface is land, which consists of continents and islands. The surface layer of the Earth is made up of several slowly moving tectonic plates that interact to form mountain ranges, volcanoes, and earthquakes. The magnetic field generated by Earth's liquid outer core shapes the magnetosphere, deflecting destructive solar winds.The majority of the atmosphere on Earth is made up of nitrogen and oxygen. Tropical regions receive more solar energy than polar regions, which is then redistributed by atmospheric and ocean circulation. Water vapour is abundant in the atmosphere and forms clouds that cover the majority of the planet. Greenhouse gases in the atmosphere, such as carbon dioxide (CO2), trap a portion of the Sun's energy close to the surface. The climate of a region is influenced not only by latitude, but also by elevation and proximity to moderating oceans. Severe weather, such as tropical cyclones, thunderstorms, and heatwaves, occurs in almost every area and has a significant impact on life. The Earth is an ellipsoid with a circumference of approximately 40,000 kilometres. It has the highest density in the Solar System. It is the largest and most massive of the four rocky planets. The Earth is about eight light minutes away from the Sun and orbits it once every year (about 365.25 days). In less than a day, the Earth rotates around its own axis (in about 23 hours and 56 minutes). Seasons are caused by the Earth's axis of rotation being tilted with respect to the perpendicular to its orbital plane around the Sun. The Moon, which orbits Earth at 380,000 km (1.3 light seconds) and is roughly a quarter the size of Earth, is the only permanent natural satellite.
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Jupiter is the largest planet in the solar system, named after the Roman mythological king of the gods. The gas colossus Jupiter is a stormy enigma, wrapped in colourful clouds whipped by powerful winds that sweep beneath rings and moons. Jupiter is massive: it has more than twice the mass of all the other planets in the solar system combined. The Great Red Spot, its largest and most famous storm, is twice the width of the Earth. Jupiter's four large moons, Io, Europa, Ganymede, and Callisto, helped to revolutionise the way we saw the universe — and our place in it — in 1610, when Galileo discovered them. These were the first observations of celestial bodies circling an object other than Earth, and they supported the Copernican theory that Earth was not the centre of the universe.
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Mars is the fourth planet in the solar system. The Romans named the Red Planet after their god of war, which suited the planet's bloody hue. In reality, the Romans copied the ancient Greeks, who named the planet Ares after their god of war. Other civilizations also gave the planet names based on its colour, such as the Egyptians, who named it "Her Desher," which means "the red one," and ancient Chinese astronomers, who dubbed it "the fire star."Mars' bright rust colour is due to iron-rich minerals in its regolith, which is the loose dust and rock that covers its surface. Earth's soil is also a type of regolith, albeit one with a high organic content. The iron minerals oxidise, or rust, causing the soil to appear red, according to NASA.
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Mercury is our solar system's smallest planet and the closest to the sun. The tiny planet has no moon and orbits the sun faster than any other planet, which is why the Romans named it after their swift-footed messenger god. Mercury was also known to the Sumerians at least 5,000 years ago. According to a site connected to NASA's MESSENGER (Mercury Surface, Space Environment, Geochemistry, and Ranging) mission, it was frequently associated with Nabu, the god of writing. Mercury was also given distinct names for its appearance as a morning and evening star. However, Greek astronomers recognised that the two names referred to the same body, and Heraclitus, around 500 B.C., correctly assumed that both Mercury and Venus orbited the sun, rather than Earth. Mercury is the second densest planet after Earth, with a massive metallic core that spans 2,200 to 2,400 miles (3,600 to 3,800 kilometres), accounting for roughly 75% of the planet's diameter. Mercury's outer shell is only 300 to 400 miles (500 to 600 kilometres) thick. For years, scientists have been perplexed by the combination of its massive core and composition, which includes an abundance of volatile elements. Mercury is the second densest planet after Earth, with a massive metallic core that spans 2,200 to 2,400 miles (3,600 to 3,800 kilometres), or roughly 75% of the planet's diameter. Mercury's outer shell is only 300 to 400 miles (500 to 600 km) thick. Scientists have been perplexed for years by the combination of its massive core and composition, which includes an abundance of volatile elements.
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Look up at the sky if you're on a dark country hill at night. A faint band of light may appear arcing overhead, resembling milk spilled across the sky. The band was named via lacteal by the ancient Romans, which means "milky road" or "milky way."  Of course, the band of light you see isn't milk—a it's galaxy. A galaxy is a large group of stars that are clustered together in space. Our solar system, which consists of the sun, Earth, and seven other planets, is a part of this galaxy known as... you guessed it... the Milky Way.The Milky Way is home to hundreds of billions of stars, including our sun. (Most of these stars, like our sun, have at least one planet orbiting them.) The Earth is roughly halfway between the Milky Way's core and its periphery.Light travels 25,000 light-years from Earth to the centre of the galaxy. (A light-year is the distance travelled by light in one year.) That means that if you could see the core of the Milky Way, you'd be looking at light that may have left Earth before humans arrived in North America.
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The Moon is the only place on the planet where humans have set foot. The Moon, the brightest and largest object in our night sky, makes Earth a more livable planet by dampening our planet's wobble on its axis, resulting in a relatively stable climate. It also causes tides, which have guided humans for thousands of years. The Moon was most likely formed as a result of a Mars-sized body colliding with Earth. The Moon is the fifth largest of our solar system's 200+ moons orbiting planets. Because no one knew there were other moons until Galileo Galilei discovered four moons orbiting Jupiter in 1610, Earth's only natural satellite is simply referred to as "the Moon."
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Neptune, along with its cousin Uranus, is our solar system's least-explored planet, having only been visited by a spacecraft once. Despite this, we've discovered more Neptune-sized planets orbiting other stars than any other type of planet. To understand other solar systems and determine whether ours is unique, we must first learn more about the windy blue world in our own backyard.It's unclear where Neptune came from or how it got its water. The disc of dust and gas that formed our solar system most likely did not contain enough material to form Neptune at its current distance from the Sun, which is 30 times farther than Earth. It was probably born closer to the Sun than the other outer planets before moving outward, though the Sun would have evaporated its water if Neptune had been too close. Scientists can learn about the conditions in the early solar system, around the time life arose on Earth, by determining where Neptune was born and how the planet evolved.
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Dwarf planets were introduced to the world in 2006, when Pluto was demoted from planet status and reclassified as a dwarf planet. The International Astronomical Union (IAU) currently recognises Eris and Ceres as dwarf planets. What makes a dwarf planet different from a planet? They are nearly identical in most ways, but there is one significant difference: A dwarf planet has not "cleared the neighbourhood" around its orbit, which means it does not have gravitational dominance and shares its orbital space with other bodies of similar size. (This definition is being debated by astronomers and other experts.)
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Saturn is the sixth planet from the sun and the solar system's second-largest planet. It's the farthest planet from Earth visible to the naked eye, but its most notable features — its rings — are best seen through a telescope. Although the other gas giants in the solar system, Jupiter, Uranus, and Neptune, all have rings, Saturn's rings stand out the most, earning it the moniker "Ringed Planet."
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