Downloadable map of the planets and moons

But the Greek alphabet is used in other parts of our lives as well. This visualization from Matt Baker at UsefulCharts. Considered the first alphabet ever used, the Proto-Sinaitic script was derived in Canaan, around the biblical Land of Israel. It was repurposed from Egyptian hieroglyphs that were commonly seen in the area its name comes from Mount Sinai , and used to describe sounds instead of meanings.

As the first Semitic script, Proto-Sinaitic soon influenced other Semitic languages. It was the precursor to the Phoenician alphabet, which was used in the area of modern-day Lebanon and spread across the Mediterranean and became the basis for Arabic, Cyrillic, Hebrew, and of course, Greek. Many of the letters remained in Modern Greek, including Alpha, Beta, Delta, and even Omicron, despite first appearing more than 2, years ago. The evolution into Roman script, with the same recognizable letters used in modern English, occurred years later in 1 CE.

Many of the letters which first came from Egyptian hieroglyphs made their way into modern English, but they took a long and convoluted journey.

As the graphic above highlights, some letters evolved into multiple forms, while others fell out of use entirely. And this is just a snapshot of the many scripts and languages that the modern English alphabet evolved from. Lowercase letters came from Roman cursive, which evolved into the Insular and Carolingian scripts before becoming modern lowercase English.

Like many things in the long arc of human culture, alphabets are not as far removed from each other as you might think. Connect with us. A Map of Every Object in Our Solar System View the high resolution version of this incredible map by clicking here The path through the solar system is a rocky road. Data-Driven Solar System This particular visualization combines five different data sets from NASA: Source: Tabletop Whale From this data, Lutz mapped all the orbits of over 18, asteroids in the solar system, including 10, that were at least 10km in diameter, and about 8, objects of unknown size.

The Pull of Gravity When plotting the objects, Lutz observed that the solar system is not arranged in linear distances. The Top Ten Non-Planets in the Solar System We all know that the sun and the planets are the largest objects in our corner of the universe, but there are many noteworthy objects as well.

Rank Name Diameter Notes 1 Ganymede 3, mi 5, km Jupiter's largest moon 2 Titan 3, mi 5, km Saturn's largest moon 3 Callisto 2, mi 4, km Jupiter's second largest moon 4 Io 2, mi 3, km Moon orbiting Jupiter 5 Moon 2, mi 3, km Earth's only moon 6 Europa 1, mi 3, km Moon orbiting Jupiter 7 Triton 1, mi 2, km Neptune's largest moon 8 Pluto 1, mi 2, km Dwarf planet 9 Eris 1, mi 2, km Dwarf planet 10 Titania mi 1, km Uranus' largest moon Source: Ourplnt.

Please enable JavaScript in your browser to complete this form. Sign up. Related Topics: space planets orbits astronomy asteroid belt solar system map solar system objects space visualization. Click for Comments. You may also like. Visualizing the Gravitational Pull of the Planets. Creator Program. Published 1 day ago on January 12, By Carmen Ang.

Methodology Sundell used data from the World Values Survey , an international survey that interviews hundreds of thousands of participants from across the globe. Visibility deteriorates as the sky gets brighter. Jupiter can best be seen in the hours just after sunset. Visibility improves as the sunlight fades. Saturn is just 20 degrees from the Sun in the sky, so it is difficult to see. You may need binoculars. Neptune can best be seen in the hours just after sunset. Very faint, use binoculars.

See how far the planets are from the Sun or Earth, how bright they look, and their apparent size in the sky. Dates and tips on how and where to see "shooting stars" from meteor showers all over the world. A conjunction is when planets like Mars, Jupiter, or Saturn, or other bodies like stars or the Moon, meet in the sky. Why and when do conjunctions happen? This site tries to keep things simple and therefore doesn't go into the quite complex details of how everything in terms of the stars positioning in the sky is changing all the time.

If you would like to see under the hood and find out about all the real complexities affecting how the night sky changes over thousands and hundreds of thousands of years then why not try this video. Unless you want to see the lovely but pointless imagery, skip to to get to where the interesting stuff starts. And, as a warning, it starts off slow, but the complexity builds until your brain starts to melt - might need a few watches to get it all in.

To skip intro jump to Terms that are explained but which might be useful to have to hand when watching:. Perihelion - Orbit's closest point to the Sun. Aphelion - Orbit's furthest point from the Sun. Sidereal year - the orbital period of the earth around the sun, taking the stars as a reference frame. It is 20 minutes longer than the tropical year because of precession. Tropical year - also known as a solar year , for general purposes, is the time that the Sun takes to return to the same position in the cycle of seasons, as seen from Earth; for example, the time from vernal equinox to vernal equinox, or from summer solstice to summer solstice.

Anomalistic year - this is usually defined as the time taken for the Earth to travel from one perihelion to the next. Precession - the slow circular movement of the axis of a spinning body - like the slower movement of a spinning top. This mind blowing video from 'nature video' shows where our Galaxy the Milky Way is a part of a supercluster of galaxies called Laniakea.

Artist's logarithmic scale conception e. Flash animations copyright : Hayling Graphics. To buy as poster, click here.