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Planets are astronomical objects orbiting a star that are massive enough to be rounded off by their own gravity, but not massive enough to cause thermonuclear fusion, and that have cleared their neighbor of planetesimals.

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It is a gaseous planet with a large amount of methane on its surface, which gives it a bluish hue. Its main characteristic is that its axis of rotation is inclined almost parallel to its orbital plane (about 8 °), so the line of the equator is at an almost right angle to its orbit.

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It is a dwarf planet, that is to say. It differs from the planets, because they have also cleared the areas near its orbit of objects of similar size and therefore it is no longer considered a planet.

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It is a telluric planet with a thin atmosphere of carbon dioxide, and has two small satellites, Phobos and Deimos

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It is the densest and the fifth largest of the solar system. The Earth gravitationally interacts with other objects in space, especially the Sun and the Moon.

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Is the planet with the highest mass in the solar system. This speed of rotation is deduced from measurements of the planet's magnetic field. In terms of its size, Jupiter is the second largest, after the Sun, and is 1,317 times larger than Earth.Its composition is basically gaseous, although its core is believed to be solid

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It is one of the four rocky  planets; that is, it has a body, like the Earth. , With a diameter of 4879 km at the equator. Mercury is made up of approximately 70% metallic elements and 30% silicates.

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Like Mercury, it lacks natural satellites. It is named in honor of Venus, the Roman goddess of love.

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It is a dynamic planet, with spots reminiscent of the storms of Jupiter. The largest, the Great Dark Spot, was similar in size to Earth, but disappeared in 1994 and another formed. The strongest winds of the solar system are found on Neptune.

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Is the second in size and mass after Jupiter, and the only one with a ring system visible from Earth. The bright rings made up of particles are too small to see with the naked eye, down to "particles" have the size of a bus, scientists believe that they are balls of ice or stones covered with ice.

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In physics, matter is everything that extends in a certain region of space-time, that has energy and is subject to changes in time and interactions with measuring instruments. It is considered that it is what forms the sensitive part of the perceptible or detectable objects by physical means.

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is a type of matter that is estimated to correspond to approximately 80% of the matter in the universe, and which is not dark energy baryonic matter or neutrinos

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It is a finite region of space within which there is a concentration of mass high enough to generate a gravitational field such that no material particle, not even light, can escape from it.

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Of stars and their associated stars (planets, asteroids, etc.), galaxies also contain interstellar matter, made up of dust and gas in a proportion that varies between 1 and 10% of their mass.

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The expansion of the Universe is accelerating because, deep down, it is an ordinary macroscopic system; that is to say, obedient, like any other, to the laws of thermodynamics. Note that so far no other macroscopic system other than them is known.

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On a large scale, the universe is made up of galaxies and groupings of galaxies. The universe, through which spacetime itself is described by a metric that changes over time in such a way that spatial dimensions appear to grow or expand as the universe gets younger or older

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It is the "heat death" or Big Freeze, or the Big Rip, where the acceleration caused by dark energy will end up being so strong that it will completely crush the effects of gravitational, electromagnetic forces and weak bonds.

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it is a celestial body that orbits around a planet. The satellite is generally smaller and accompanies the planet in its orbit around its parent star. Unlike the fragments that orbit in a ring, it is the only body in its orbit.

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An asteroid is a rocky celestial body, smaller than a planet and larger than a meteoroid.

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Elemental particle of very small mass, similar to that of the electron, devoid of electric charge.

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Are huge celestial bodies and made of helium that produce light and heat from nuclear forges that churn within their cores. They are the building blocks of galaxies. It is impossible to know how many stars there are, but astronomers estimate that only in our galaxy, the Milky Way, there are about 300 billion.

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Gravity keeps the planets spinning around the Sun. Without gravity, these objects would fly into space (Figure below). The Moon orbits the Earth and the Earth-Moon system orbits the Sun. Gravity pulls any object on or near the Earth toward the center of the planet.

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They are formed when a star over 30-70 solar masses goes supernova and implodes. They have more than three solar masses. Its nucleus is concentrated in a very small volume that is becoming smaller and smaller.