Home / Science / The incredible 'Atlas of Space & # 39; which maps the orbits of every known object in our solar system

The incredible 'Atlas of Space & # 39; which maps the orbits of every known object in our solar system



A superb map created by an illustrator based on the data shows all the orbits of more than 18,000 asteroids of the solar system.

It includes 10,000 asteroids more than 10 km in diameter and about 8,000 objects of unknown size.

Eleanor Lutz, a Ph.D. student in biology at the University of Washington, turns public datasets into breathtakingly beautiful scientific drawings.

She produces "infographics and animations" on science, including animations on the four seasons of the Earth and a detailed drawing of the different craters of the moon.

Atlas of Space, his latest project focuses on the solar system.

She used publicly available datasets from NASA and the US Geological Survey to create vivid maps of constellations, asteroids, and planets.

Scroll for the video

A superb map created by an illustrator based on the data shows all the orbits of more than 18,000 asteroids of the solar system. It includes 10,000 asteroids more than 10 km in diameter and about 8,000 objects of unknown size.

A superb map created by an illustrator based on the data shows all the orbits of more than 18,000 asteroids of the solar system. It includes 10,000 asteroids more than 10 km in diameter and about 8,000 objects of unknown size.

In the picture, luminescent aquamarine asteroids are circling around the white and shining point of the sun surrounded by a fuchsia circle.

Ms. Lutz shared some of her upcoming works with Universe Today and plans to publish each of her pieces, along with tutorials on how to create them yourself.

In another image, she drew the Earth while the Arctic sea ice spreads over the continents in winter and retracts in summer.

"I really like the fact that all of this data is accessible, but it's very difficult to visualize it," Ms. Lutz told Wired.

"It's really a great science, and I wanted everyone to see it in a way that makes sense."

Originally, Lutz had learned to use Python for her lab work, but that did not really cover all the complicated techniques she needed to produce these images.

"Because I'm not traditionally trained as a designer, and I'm not really an astronomer, I learned a lot through online tutorials," she said.

She produces "infographics and animations" on science, including animations on the four seasons of the Earth and a detailed drawing of the different craters of the moon. Atlas of Space, his latest project is about the solar system

She produces "infographics and animations" on science, including animations on the four seasons of the Earth and a detailed drawing of the different craters of the moon. Atlas of Space, his latest project is about the solar system

Here, a visual compendium of glowing creatures by Eleanor Lutz

Here, a visual compendium of glowing creatures by Eleanor Lutz

WHAT DID THE MAP OF MARCH?

The map uses data from the Mars Orbiter (MOLA) laser altimeter, which is located on the Mars Global Surveyor satellite.

It includes a superposition of topographic images of NASA as well as red circles that indicate the landing sites for spacecraft.

Craters less than 60 km in diameter bear the name of a village of less than 100,000 inhabitants.

The largest craters are named after scientists and deceased artists who contributed to the research on Mars.

"Access to some interesting and impressive aspects of science is a problem of knowledge.

"There are so many facts and equations and I want these great ideas to be accessible," she said.

As the slogan of her website says, she produces "graphics, infographics and animations on everything related to science".

She also drew a map of Mars, called "Here There Be Robots" – a reference to the belief that medieval cartographers would write "here, be dragons" in unexplored areas.

The map uses data from the Mars Orbiter (MOLA) laser altimeter, which is located on the Mars Global Surveyor satellite.

It includes a superposition of NASA topographic imagery as well as red circles indicating landing sites for spacecraft.

"To add a little something extra, I've included the history of each place name on the map," Lutz wrote on his blog. "Martian craters are named after famous scientists (big craters) or small villages on Earth (small craters).

The hand drawn Mars map was created by the Seattle-based science illustrator. It features some of the most famous features of the Red Planet and includes an overlay of NASA topographic imagery as well as red circles indicating landing sites for spacecraft.

The hand drawn Mars map was created by the Seattle-based science illustrator. It features some of the most famous features of the Red Planet and includes an overlay of NASA topographic imagery as well as red circles indicating landing sites for spacecraft.

The map uses data from the Mars Orbiter (MOLA) laser altimeter, which is located on the Mars Global Surveyor satellite. It includes a superposition of topographic images of NASA as well as red circles that indicate the landing sites for spaceships.

The map uses data from the Mars Orbiter (MOLA) laser altimeter, which is located on the Mars Global Surveyor satellite. It includes a superposition of topographic images of NASA as well as red circles that indicate the landing sites for spaceships.


Source link