What does the sunset of the Sun from Uranus look like? One way to see the true beauty of the world is to watch the Sun slowly set in the West, painting the sky in different colors. Now imagine that you are watching the same sunset, sitting on Saturn, Venus or Mars. Thanks to NASA's planetary scientist, this experience, which seems possible only in the imagination, has practically become a reality. Jeronimo Villanueva, a planetologist at the NASA Goddard Space Flight Center in Greenbelt, Maryland, has created a sunset simulator that shows how the sun goes beyond the horizon from the surface of the Red Planet, the rings of the gas giant and other planets of the solar system. Here we go?
As a result of the simulation, we will go on a wonderful journey through the solar system and beyond, and enjoy a diverse palette of colors, which themselves are breathtaking.
How the sun illuminates the planets
Villanueva shows how it will look,when the Earth, Mars, Venus, Uranus and Titan - the largest moon of Saturn, turn away from the light of the Sun and the brightness of the star disappears in the distance. Sunsets look different on every planet as a result of the interaction of sunlight with the planet’s atmosphere. Sunlight scatters from molecules in the atmosphere. This scattering process, also known as Rayleigh scattering, is more effective at shorter wavelengths, which are the blue end of the visible spectrum, or part of the electromagnetic radiation that can be seen by the human eye.
That's why the sunlight that scattersto Earth, it is predominantly blue, with the result that the daytime sky is blue. Computer simulations also show the difference in the color of the sky during sunset on Earth on a typical clear day, foggy day, and cloudy day. On Uranus, sunlight interacts with hydrogen, helium and methane, contained in its atmosphere that absorblongwave red part of the world. As a result, sunset on Uranus is a saturated azure, which gradually turns into a royal blue color with shades of turquoise, NASA reports in an official press release.
Do you want to always be aware of the latest discoveries from the world of high technologies? Subscribe to our channel in Google News, so as not to miss anything interesting!
During sunset, the photons of the sun's rays deviate in different directions, depending on their energy (wavelength) and atmospheric composition. The result is a color palette unique to every world.
On Earth, this leads to the fact that during sunsetblue light begins to prevail in the sky, enriched with shades of yellow, orange and red. But on Uranus, where NASA intends to launch a mission in this or the next decade, the evening will be completely different. The chemical composition of the atmosphere, the influence of dust and haze can transform the color of sunsets. This is more than obvious on Earth, where there are no two identical sunsets, as well as on Mars, where the dust extremely effectively reflects the blue color, and the sunset makes the sky turn from blue to brown. And on which planet would you like to see the sunset? We will wait for the answer here!