Scientists, experts in the field, academics Plan for the next decade Uranus led the evaluation, which ended in April this year. Since its launch, only one mission has approached it in the late 1970s – Voyager 2. Since then, Uranus has only been studied with a telescope.
“Interestingly, Uranus lost to Mars and Jupiter in a poll of the last decade, so we have a Pathfinder mission to Mars, the Juno mission to explore Jupiter,” Jinter said.
“Uranus is a very interesting planet, many times more interesting than Neptune, the farthest known planet in the Solar System.
So, it’s clear why the scientific community wants to send a mission to this planet, ”Jinter said.
At the same time, they admitted that getting to Uranus was very difficult and challenging. Construction of the equipment needed for the mission should begin after 2024, but should begin as early as the 2030s.
“When the planets are in a favorable position to use Jupiter’s gravity to fly more efficiently to Uranus, the launch should take place in the early 2030s,” she explained.
If this option is used, the spacecraft will be able to reach the uranium system in about 12 to 13 years. “If this start-up doesn’t happen in the early 2030s, this strategy will be more difficult and will have to use the gravity of Earth and Venus to reach Uranus,” Zinter said.
They explained that Uranus was interesting to scientists in many ways, primarily to answer questions about its formation:
“The position of the planet’s axis is very interesting. An important theory is that at the very beginning of the formation of the Solar System, a large Earth – like object crashed into Uranus and overturned it.
“In principle, Uranus was overthrown, which is the exact opposite of all the other planets in the Solar System,” she added.
Uranus also rotates clockwise, so only Venus orbits in the Solar System, while the other planets rotate counterclockwise. It is also interesting to note that uranium is the coldest planet in the Solar System, with an average temperature of -224 degrees Celsius.
“The assumption is that once something crashed into the original Uranus, the primary heat generated by the formation of this planet spreads into space as a result of this impact,” Zinter said. “It may be due to a special layer somewhere in the atmosphere’s atmosphere, which prevents heat from escaping from the core outside the core.”
In addition, the mission could focus on the study of Uranus’ moons, of which very little is known so far, as well as its ring system, which is weaker but more interesting than Saturn, Gintere said:
“Then, of course, there is an unanswered question as to whether Uranus’ magnetic field or magnetic field is similar to that of this planet, because it is different from the larger planets that have been so well explored.”
The questions of interest to scientists today are vast, which is why a mission to Uranus is needed to ask more specific questions and find answers to them. The spacecraft will be on a mission to orbit Uranus for five to 10 years and send data back to Earth, Jinter said.
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