Saturn’s 27-degree tilt was caused by the gas giant’s mounts moving farther away with most of the traction coming from Titan and the strait is ready to DOUBLE in a few billion years, a study says appear
- Saturn rotates a tilt at 27 degrees causing strong seasonal changes
- Scientists have now discovered that the branches of the planet cause it to continue
- Saturn’s branches move farther and drag the planet as they go
- Titan, the largest moon, is moving 100 times faster than previously expected
Saturn orbits the sun on a 27-degree tilt that experts now believe could be causing its orbit and in particular Titan, the largest moon on the planet.
Previous work has found that Saturn’s natural satellites are moving away faster than previously thought and by adding this greater migration rate to new calculations, researchers concluded that this is causing the planet to shrink more and more – and double in a few billion years.
The team also found that the surefire event that ravaged the ring gas giant happened relatively recently.
Calculations show that, just about a billion years ago, the moon triggered a recirculation phenomenon that sent Saturn’s axis interacting with Neptune’s path and gradually tightened until it reached its inclination. was seen today.
Scroll down for video
Previous work has found that Saturn’s natural satellites are moving away faster than previously thought and by adding this high migration rate to new calculations, researchers concluded that this is causing that the planet will be tightening more and more – and will double in a few billion years.
Saturn is the sixth planet from the sun and the second largest in the Solar System.
It is famous for its boring ring system, but is usually seen on a tilt that has piqued the curiosity of many scientists.
Saturn’s tilt is just slightly larger than Mars, but it sees strong seasonal changes on the planet’s orbit – each lasting more than seven years.
Now, two scientists from CNRS and Sorbonne University working at the Institute of Celestial Mechanics and Ephemeris Calculation have just shown that the effect of a Saturn satellite can explain the tilt axis of rotation of the gas giant.
Saturn orbits the sun on a 27-degree tilt that experts now believe could be causing its orbit and in particular Titan, the largest moon on the planet. Pictured are what scientists believe was Saturn’s axis when it was formed more than four billion years ago.
The team drew data from work previously published in June 2020 to find that Saturn’s branches are migrating faster from Saturn than previously thought.
However, this report concluded that Saturn’s largest moon, Titan, is moving 100 times faster and is believed to have formed much closer than 4.5 billion years ago.
And as Titan moves, it slows Saturn more and more on a tilt.
The team also found that the surefire event that ravaged the ring gas giant happened relatively recently. Calculations show that, just about a billion years ago (pictured), the moon evoked a resonance phenomenon that put the axis of Saturn interacting with the Neptune way.
Gradually the axis moved until it reached 27 degrees today
The latest study led researchers to discover the latest event titled Saturn.
Scientists previously believed that it occurred more than four billion years ago, as a result of a change in Neptune’s orbit and since then, Saturn’s axis was thought to be stable.
‘Of course, Saturn’s axis is still tightening, and what we see today is only a transition phase in this movement,’ researchers said in a statement.
‘Over the last few billion years, Saturn’s axis inclination could have more than doubled.’
The research team had already reached similar conclusions about the planet Jupiter, which is expected to go through a relative orbit due to the migration of its four major moons and the orbit of Uranus: over the next five billion years, Jupiter’s axis inclination could increase from 3 ° to more than 30 °.
WHAT DOES IT TAKE FOR 20-YEARS MONTHLY SATURDAY?
Cassini was launched from Cape Canaveral, Florida in 1997, then spent seven years in orbit and then 13 years in orbit Saturn.
An artist’s impression of the Cassini spacecraft studying Saturn
In 2000 he spent six months studying Jupiter before reaching Saturn in 2004.
In that time, he discovered six more branches around Saturn, three-dimensional structures rising above Saturn’s rings, and a massive storm that had been raging over the planet for nearly a year.
On December 13, 2004 he made the first flyby of Saturn Titan and Dione branches.
On December 24 they released the Huygens probe built by the European Space Agency on Saturn’s Titan Titan to study the atmosphere and surface.
There he discovered eerie hydrocarbon lakes made of ethane and methane.
In 2008, Cassini completed its main mission to study the Saturn system and began its mission expansion (Mission Cassini Equinox).
In 2010 he embarked on his second mission (the Cassini Solstice Mission) which lasted until it exploded into the atmosphere of Saturn.
In December 2011, Cassini received the highest resolution images of Saturn Enceladus’ moon.
In December of the following year they discovered the motion of Venus to test the ability to observe planets outside our solar system.
In March 2013 Cassini made the last flyby of Saturn’s moon Rhea and measured its internal structure and attraction.
Cassini not only studied Saturn – he also got amazing views of its many moons. In the image above, Saturn’s moon Enceladus can be seen moving before the rings and Pandora’s little moon. It was captured on November 1, 2009, with the entire view surrounded by the Sun.
In July of that year Cassini captured Saturn with black light to examine the rings in detail and also captured an image of the Earth.
In April this year they completed the flyby closest to Titan and began the Grande Finale orbit which ended on September 15th.
‘The mission has changed the way we think about where life might have developed outside of our Earth,’ said Andrew Coates, head of the Planning Science Group at the Mullard Space Science Laboratory at University College London.
‘Apart from Mars, extraterrestrial branches such as Enceladus, Europa and even Titan are now major conquests for life elsewhere,’ he said. ‘We have completely rewritten the textbooks about Saturn.’