What dawn looks like on other planets. This is what dawn looks like on different planets. The unchanging sky of Europe

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The sun is something without which it is impossible to imagine life on our planet. We all love to remember gorgeous sunsets and sunrises, from which it was simply impossible to break away. But can we imagine what it looks like heavenly body on other planets? Digital illustrations created by Ron Miller, who has spent decades depicting outer space will help us with this.

website offers to take a trip and find out how the Sun appears on each of the 8 other planets.

Mercury

Mercury is 60 million km away from the Sun. This is 39% of the distance from the Earth to the Sun. And the dawn on Mercury is 3 times brighter than on Earth.

Venus

The sun, which is “almost” visible from Venus, is 108 million km away (72% of the distance from the Earth to the Sun). Due to thick gas clouds it's there like a blur on a cloudy day.

Mars

The Sun is at a distance of 230 million km from the Red Planet, and this is 1.5 times more distance between Sun and Earth. But it is not distance that prevents you from seeing it, but dusty winds rising to the very atmosphere.

Jupiter

And this is what the Sun looks like from the surface of Europa, one of Jupiter's moons. Jupiter is further away: the distance is 779 million km (which is 5.2 times the distance from the Earth to the Sun). Sunlight, passing through the layers of the atmosphere, illuminates it with a ring of red light.

Saturn

Saturn is perhaps one of the most recognizable planets. The sun is separated from Saturn by 1.5 billion km (the distance is 9.5 times greater than between our planet and the Sun), but the star shines no less brightly from this. The rays are refracted by water and gas crystals, creating incredible optical effects such as halos and false suns.

Without the sun, life on the planet is impossible. And thanks to this luminary, you can see the incredible beauty of sunsets and sunrises. And what does the heavenly body look like on other planets?

Digital illustrations created by Ron Miller, who spent decades depicting outer space, will help us with this.

Venus

The sun, which is “almost” visible from Venus, is 108 million km away (72% of the distance from the Earth to the Sun). Because of the thick gas clouds, it's like a blur on a cloudy day.

Mercury

Mercury is 60 million km from the Sun, which is 39% of the distance from the Earth to the Sun. And the Mercury dawn is 3 times bigger and brighter than on Earth.

Mars

The Martian luminary is located at a distance of 230 million km, which is one and a half times farther than the Earth. But it is not distance that prevents you from seeing it, but dusty winds rising to the very atmosphere.

Jupiter

And this is what the Sun looks like from Europa, one of the satellites of Jupiter. Jupiter is further away, 779 million km, which is 5.2 times the Earth's distance from the Sun. Sunlight passing through the layers of the atmosphere illuminates it with a ring of red light.

Saturn

Saturn is perhaps one of the most recognizable planets. The sun is 1.5 billion km farther from Saturn (9.5 times farther than the Earth from the Sun), but shines no less brightly. Rays due to crystals of water and gases are refracted, creating incredible optical effects such as halos and false suns.

Uranus

On Ariel - one of the satellites of Uranus, cold, but incredibly large-scale sunrises. The sun here almost does not heat because it is located at a distance of almost 2.8 billion km, which is 19 times the distance of the Earth and the Sun.

Neptune

The sun as it is on Triton, one of Neptune's moons. The distance between them is 4.5 billion km (30 times more between the Earth and the Sun). Huge geysers of dust and gas obscure the already small tiny star.

Pluto

A small luminous dot, this is what the sun looks like on the most distant planet. The distance from Pluto to the Sun is 6 billion km (40 times more earth from the sun). Light on Pluto is 1600 times dimmer than on Earth, but still 250 times brighter full moon on the ground.

Life on our planet is impossible without the Sun. And perhaps it is difficult to find something more beautiful than sunrise or sunset. But have you ever imagined what it would look like, for example, dawn on other planets solar system? Artist Ron Miller introduced and created digital illustrations that he has been working on for decades.

Mercury

Mercury is 60 million kilometers from the Sun, which is 39% of the distance between the Sun and our planet. Therefore, the sunrise on Mercury is much brighter than on Earth.

Venus

The distance between the Sun and Venus is 108 million km. Due to the dense clouds enveloping the planet, the Sun in the sky of Venus looks more like a bright spot.

Mars

Mars is located at a distance from the Sun, 1.5 times greater than the Earth - 230 million km. However, visibility is affected not only by the huge distance, but also by strong winds that raise dust on the Red Planet.

Jupiter

This is how the Sun looks from Europa, one of the moons of Jupiter, which is located 779 million km from the star.

Saturn

Saturn is one of the most recognizable planets. It is located at a distance of 1.5 billion km from the Sun. The sun's rays are refracted by the abundance of water, ice crystals and gases, creating incredible optical illusions.

Uranus

Uranus' moon Ariel has an incredible view. Heat from the Sun practically does not reach Uranus, since they are located at a distance of 2.8 billion km from each other.

Neptune

This is what the Sun would look like if you were on Triton, Neptune's largest moon. Distance - 4.5 billion km.

Pluto

Pluto is located at a distance of 6 billion km from the Sun, so the star in the sky of the planet is more like a point. The sun as it is on Triton - one of the moons of Neptune. The distance between them is 4.5 billion km (that is, 30 times greater than between the Earth and the Sun). Enormous geysers of dust and gas obscure the already tiny star.

Mercury is 60 million km away from the Sun. This is 39% of the distance from the Earth to the Sun. And the dawn on Mercury is 3 times brighter than on Earth.

Ariel, one of the moons of Uranus, has cold but incredibly large sunrises. The sun here almost does not heat, because it is located at a distance of almost 2.8 billion km, which is 19 times the distance between the Earth and the Sun.

A small luminous dot - this is what the Sun looks like on the most distant planet. The distance from Pluto to the Sun is 6 billion km (40 times the distance from the Earth to the Sun). The light on Pluto is 1600 times dimmer than on Earth, but still 250 times brighter than light from the full moon on earth.

The sun, which is “almost” visible from Venus, is 108 million km away (72% of the distance from the Earth to the Sun). Because of the thick gas clouds, it is there like a spot on a cloudy day.

From the Red Planet, the Sun is at a distance of 230 million km, and this is 1.5 times the distance between the Sun and the Earth. But it is not distance that prevents you from seeing it, but dusty winds rising to the very atmosphere.

The sun, without which it is impossible to imagine life on our planet. And we all remember gorgeous sunsets and sunrises, from which it is simply impossible to break away. But can we imagine what the heavenly body looks like on other planets? Digital illustrations created by Ron Miller, who has spent decades depicting outer space, will help us with this.

Mercury is 60 million km from the Sun, which is 39% of the distance from the Earth to the Sun. And the Mercury dawn is 3 times bigger and brighter than on Earth.

The sun, which is “almost” visible from Venus, is 108 million km away (72% of the distance from the Earth to the Sun). Because of the thick gas clouds, it's like a blur on a cloudy day.

A small luminous dot, this is what the sun looks like on the most distant planet. The distance from Pluto to the Sun is 6 billion km (40 times the Earth from the Sun). Light on Pluto is 1,600 times dimmer than on Earth, but still 250 times brighter than a full moon on Earth.