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Earth is not the only planet in the solar system that sees total solar eclipses




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Earth is not the only place to see a total eclipse. Credit: Shutterstock

Eclipse chasers often spend thousands of dollars traveling worldwide to stand Under the shadow of the moon to experience totality. So what do you do after watching the dazzling sun corona? A few times? You are looking for eclipses on other planets, that's what.

Last weekend of ] Solar Eclipse Conference 2018 in Ghent, Belgium, Jamaica-based computer programmers and eclipse chases Bill Kramer presented the results of his study in a simple question: the earth is the only planet in our sun

"If anyone says that the earth is the only place to see a total eclipse of sunshine, it's actually not true, "Kramer said.

Kramer, who has seen 17 total solar eclipse so far studied 141 months aroun d Earth, Mars, Jupiter , Saturn, Uranus and Neptune (the inner planets Mercury and Venus have no moons). "A good solar eclipse is a perfect fit when the size of the sun and moon is about the same," explains Kramer. "It should be total or annular seen from the planet."

The sun is darkened by the moon during an annular eclipse of sunshine in Tokyo, Japan. Photographer: Tomohiro Ohsumi / Bloomberg

While a total eclipse is where the moon completely covers the sun, an annular eclipse is a type of partial eclipse, where the moon is too small to cover the sun, instead of producing a so-called & # 39; ring of four & # 39 ;. The next annular eclipse of the sun will occur on December 26, 2019, which is likely to occur in clear sky from southern India.

Kramer first drew data on Moon Down from NASA, then developed a computer program to compare only its angles in the extremities of their paths. "I did not look at detailed circumstances, just a simple comparison," said Kramer, who looked at the distance of the sun at perihelion (the point of the planet's orbit closest to the sun) and aphelion (longest) to determine the maximum and minimum sizes would appear. He then added data to every extent at periapsis (closest to the body as it circles) and apoapsis (longest) and looked at the interval. Divide one and you get one size. "A ratio greater than 1 means an annular eclipse and a ratio of less than one means a total eclipse event," explains Kramer.

Bill Kramer has 17 total solar eclipses. Credit: Jamie Carter Jamie Carter

On earth, the ratio is between 0.940 and 1.104, which explains why we see such amazing solar eclipses. It's an almost perfect fit. Kramer found that 31 moons in the solar system caused extreme total eclipses when the sun is completely covered and 107 extreme annular eclipses where the sun is visible around a moon. "It is more common to see an annular eclipse than a total eclipse in our solar system," he said. "But I found three of them where annular and total solar eclipses are possible."

Kramer discovered that other than the Earth, it is on Saturn that the closest best eclipses may be visible. "I found earthlike eclipse conditions for Epimetheus and Pandora," he said.

Saturn's moon Pandora can cause a short double diamond ring. Credit: NASA / JPL-Caltech / Space Science Institute NASA / JPL-Caltech / Space Science Institute

These are, however, no easy eclipses. Pandora is an elongated shaped 50-mile moon that takes only 15 hours to drive Saturn. "It's not a good fit. We would never see a very good sunset even in the overall phase because the sun would always shine through," Kramer says. "But you can see a double diamond ring in a fraction of a second."

A diamond ring is seen easiest at the end of a total solar eclipse on earth, when the totality ends as the first beads of sunlight come through the moon's mountains collect in a short but beautiful array of sunlight. For a split second, it looks like the jewel on a ring around the moon

Epimetheus can produce a total solar eclipse that most resembles that seen from the Earth. & Nbsp; Credit: NASA / JPL-Caltech / Space Science Institute NASA / JPL-Caltech / Space Science Institute [19659009] It is Epimetheus that creates a solar eclipse that is most similar to those seen from the earth. The potato-shaped moon, just 72 miles in diameter, takes 17 hours to walk around Saturn. This means another super short eclipse. From when Epimetheus begins to cover the sun as it departs, it only lasts 15 seconds. "The calculation would have to be very accurate to be in the right place to see it," Kramer said.

Kramer calculates observation conditions from Saturn and Jupiter's cloud peaks, as these gas giants have no defined surface. But since the moon circles so fast, you can get another eclipse soon after. "You would have to move yourself on the planet … but since you're already traveling above the cloud's surface, how hard is it to take your rocket and catch it?" shook Kramer. "It's a brand new definition of eclipse chasing."

Although three moons cause total eclipses in the solar system, Earth's Moon is the best. Credit: Shutterstock

But the title "best eclipse" was easy. "Of the 141 moons I tested, 22% were only total eclipses, 76% were only annular eclipses, 6% were interesting," Kramer said. "

The next total eclipse of the globe will take place on July 2, 2019, with totality observable from a narrow track across the South Pacific, Chile and Argentina. [19659004] –

If you liked this The article may also like these:

Saturday, see the third, last and best solar eclipse of 2018

Follow me on Twitter @ jamieacarter @ TheNextEclipse or read my other Forbes articles via my profile page .

Limitation of Liability: I'm Editor of WhenIsTheNextEclipse.com

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Earth is not the only place to see a total solar eclipse. Credit: Shutterstock

Eclipse chasers often spend thousands of dollars traveling worldwide to stand under the shadow of the moon to experience totality. do you do when you have seen the dazzling sunconser dozens of times? You are looking for eclipses on oth planets, that's what.

Last weekend at the 2018 eclipse conference in Ghent, Belgium, Japanese-based computer programmers and eclipse chaser Bill Kramer presented the results of his study into a simple question: is the Earth the only planet

If anyone says that the Earth is the only place to see a total eclipse of sunshine, it's not true, Kramer said.

Kramer, who has seen 17 Total Solar Eclipse so far, studied 141 moons around Earth, Mars, Jupiter, Saturn, Uranus and Neptune (the inner planets Mercury and Venus have no moons). "A good solar eclipse is a perfect fit, when the size of the sun and the moon is about the same," explains Kramer. "It should be total or annular seen from the planet."

The sun is darkened by the moon during an annular eclipse in Tokyo, Japan. Photographer: Tomohiro Ohsumi / Bloomberg

While a total eclipse is where the moon completely covers the sun, an annular eclipse is a type of partial eclipse, where the moon is too small to cover the sun, instead of producing a so-called & # 39, ring of four. The next annular eclipse on earth will occur on December 26, 2019, which is likely to occur in clear sky from southern India.

Kramer first pulled data on moons down from NASA and then developed a computer programs to compare only their angular sizes at the extremes of the outer surface. "I did not look at detailed circumstances, just a simple comparison," said Kramer, who looked at the distance of the sun at perihelion (the point of the planet's orbit closest to the sun) and aphelion (longest) to determine the max and the smallest sizes would appear. He then added data to every extent at periapsis (closest to the body as it circles) and apoapsis (longest) and looked at the interval. Divide one and you get one size. "A ratio greater than 1 means an annular eclipse and a ratio of less than one means a total eclipse event," explains Kramer.

Bill Kramer has 17 total solar eclipses. Credit: Jamie Carter Jamie Carter

On earth, the ratio is between 0.940 and 1.104, which explains why we see such amazing solar eclipses. It's an almost perfect fit. Kramer found that 31 moons in the solar system caused extreme total eclipses when the sun is completely covered and 107 extreme annular eclipses where the sun is visible around a moon. "It is more common to see an annular eclipse than a total eclipse in our solar system," he said. "But I found three of them where annular and total solar eclipses are possible."

Kramer discovered that other than the Earth, it is on Saturn that the closest best eclipses may be visible. "I found earthlike eclipse conditions for Epimetheus and Pandora," he said.

Saturn's moon Pandora can cause a short double diamond ring. Credit: NASA / JPL-Caltech / Space Science Institute NASA / JPL-Caltech / Space Science Institute

These are, however, no easy eclipses. Pandora is an elongated shaped 50-mile moon that takes only 15 hours to drive Saturn. "It's not a good fit. We would never see a very good sunset even in the overall phase because the sun would always shine through," Kramer says. "But you can see a double diamond ring in a fraction of a second."

A diamond ring is seen easiest at the end of a total solar eclipse on earth, when the totality ends as the first beads of sunlight come through the moon's mountains collect in a short but beautiful array of sunlight. For a split second, it looks like the jewel on a ring around the moon

Epimetheus can produce a total solar eclipse that most resembles that seen from the Earth. Credit: NASA / JPL-Caltech / Space Science Institute NASA / JPL-Caltech / Space Science Institute

It is Epimetheus that creates a solar eclipse that most resembles those seen from the earth. The potato-shaped moon, just 72 miles in diameter, takes 17 hours to walk around Saturn. That means another super short eclipse. From when Epimetheus begins cover the sun when it leaves, it only lasts 15 seconds. "The calculation would have to be very accurate to be in the right place to see it," Kramer said.

Kramer calculates observation conditions from Saturn and Jupiter's cloud peaks, as these gas giants have no defined surface. But since the moon circles so fast, you can get another eclipse soon after. "You would have to move yourself on the planet … but since you're already traveling above the cloud's surface, how hard is it to take your rocket and catch it?" shook Kramer. "It's a whole new definition of eclipse chasing."

Although three moons cause total eclipses in the solar system, Earth's Moon is the best. Credit: Shutterstock

But the title "best eclipse" was easy. "Of the 141 moons I tested, 22% were only total eclipses, 76% were only annular eclipses, 6% were interesting," Kramer said. "And only one is the best."

The next total eclipse on Earth will take place on July 2, 2019, with totality observable from a narrow track across the South Pacific, Chile and Argentina.

If you liked this article you might also like these:

Saturday see the third, last and best solar eclipse of 2018

Follow me on Twitter @jamieacarter [19659026] @ TheNextEclipse or read my other Forbes articles through my profile page.

Limitation of Liability: I am the Editor of WhenIsTheNextEclipse.com


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