What would happen if the solar system had a super world planet?

The Solar System consists of eight planets, including hundreds of months and a large number of comets, and millions of celestial bodies. And of course, we must not forget Pluto, which has been re -classified by the International Association of Astronomy (IAU) since 2006 as a dwarf planet. What if there were another planet on this list, a super world? What does this mean to our system?

A new study published in Scientific Magazine Icarus He analyzed the effect of adding an extra planet on the solar system. However, it is not a celestial body, it is a super world. Researchers have particularly investigated how such a planet would affect system dynamics if it was specially positioned between Mars and Jupiter.

The team of planetary scientists from the Florida Institute of Technology (FIT), Emily Simpson and Howard Chen, explains that the solar system acts like a kind of cosmic waltz. This means that planets and other celestial bodies are relatively stable orbits billions of years ago. – A balance that needs to last a few more billion before collapsing.

https://www.youtube.com/watch?v=7khp0rfmvg0

In order to understand the effects of a super soil, researchers analyzed this planet Mars and Jupiter, what would be the asteroid zone today. The idea came from the observation of other planetary systems, because many of science suggests that many of the planets often in the inner orbits relatively close to their main stars.

To answer this question, the researchers created a 3D calculation model that could simulate the evolution of the solar system case, as well as a super soil instead of the known planets, as well as the asteroid belt. For this, they tested different scenarios with variations in the mass: from the equivalent of the Earth to ten times this value.

“And if it’s an asteroid strap, Instead of creating today’s small asteroid ring, it created a planet between Mars and Jupiter.. How would this affect the inner planets, Venus, the Earth and Mars?

What is the Super World?

According to NASA (National Aviation and the United States), the Super World is a type of planet, unlike any of the eights that make up the solar system. These worlds are larger than Earth, a mass of two to ten times larger than our planet.

Currently, scientists use the Super world term collectively classifying planets collectively, but smaller than Neptune, but smaller than Neptune; So, this is only a kind of classification of objects observed in the cosmod. It is noteworthy that this sect is not related to the composition of the planet, so it does not necessarily have to be rocky like the world.

“Super lands are only classified according to size – Larger than Earth and smaller than Neptune – Without showing similarity to our planet. The true nature of these worlds is still a mystery, because there is nothing like our solar system. However, they are common among the outer planets discovered in our galaxy so far, NAS NASA explains in an official publication.

Discovered in 2005, Gliese 876 D became the first outer planet classified as super soil. It is a relatively close red dwarf or orbit and about 15 light years from the Earth. The mass is about 7.5 times larger than our planet. Since then, several other celestial objects have been classified as the Super World.

Super land in the solar system

The study is investigating the impact of a super land on the dynamics of the solar system. For this purpose, researchers calculation simulations and They explored various scenarios to analyze how an extra cosmic object would affect the severity of the inner planets: Mercury, Venus, Earth and Mars.

The aim is to understand whether the introduction of this new celestial body will endanger the stability of the rocky planets and as a result will change something in case of livability in these objects.

The model was considered Super Land with five different masses: 1%, 100%of the world’s mass, twice, five times and ten times. During the study, the researchers mainly analyzed two characteristics: Eccentric changes that measures the deviation of oblique variations showing the inclination of the planetary axis and the deviation of orbits in relation to a perfect circular format.

“If you are still a very large planet, our inner solar system is still very pleasant. The Emily Simpson advisor and one of the writers of the study.

Generally, The results show that smaller celestial bodies have little effect on the livability of the inner planets, and the largest causes significant changes in the structure of the solar system.

For example, Ten times the mass of the world of the world significantly affected the inclination and eccentricity of the rocky planets, which resulted in impressive temperature changes. This means perhaps the greater the greater these celestial bodies, the more likely to live in these regions.

Although the study is still a hypothesis about possible simulated scenarios, scientists believe that data can contribute to predicting the planetary livability in other star systems.

Science continues in search of new worlds that can accommodate life, as we know; The latest discoveries show that this scenario may be closer than we think. Do you want to know more? Understand how astronomers discover a new surplus that can be livable. Until next time!