The reason why the eight planets and the sun all run in the same orbital plane is related to the formation of the solar system. When the solar system was just formed, those cosmic dust nebulae were scattered on the same plane. Later, due to gravity, collision and other reasons, these nebula dust formed the sun and other planets. Although planets were formed, they did not change in the same plane as the sun.

In general, objects rotate because the nebula from which they formed was already rotating (although not rapidly) before it collapsed. Any material that did not orbit the Sun would have fallen into it and become part of its mass.

If all the matter in the solar system were not rotating, the sun would now have 99.86% of the mass in the solar system.

When a planet is too close to the sun, centrifugal force will "throw it away", and when the planet is too far away, gravity will "pull it back".

A planet in a stable, bound orbit does not have enough force to be thrown out of the "hole" in the potential energy curve. This also explains why it is difficult to get into an orbit, because when you move towards the orbit from a distance, there is enough force to force you back to the starting point.

There is no circular motion and orbits in a one-dimensional universe.

In two- and three-dimensional universes, the forces are balanced at stable orbits. In a four-dimensional universe, objects can only fall in or fly out (their falling or flying depends on their angular momentum).

In the fifth dimension or above, if the distance is close, gravity is dominant, and if the distance is far, centripetal force is dominant.

For the low-dimensional universe (2D/3D), the area where the orbit is formed is small, and the diameter faces a stronger centrifugal force, while the larger the diameter, the stronger the gravitational force.

For high-dimensional universes, small diameters face stronger gravitational forces, while large diameters face stronger centrifugal forces, so there are only two possible outcomes for matter - being thrown out or falling.

Under normal circumstances, the orbit of the Blue Planet will never deviate, let alone completely deviate from the orbit of the solar system. Now the speed of the Blue Planet can no longer keep up with the speed of the solar system.

"Based on Blue Planet's current rotation angle and speed, we can simulate its trajectory over the next ten years!"

The data has been prepared long ago and a simulation has been conducted. Now it’s just a matter of letting them look at it again.

The simulation started quickly, and then everyone saw that the trajectory of the blue planet revolving around the sun was becoming more and more deviated and backward, and finally it actually left the solar system directly.

Watching the sun carrying other planets forward, at that moment, the time of the blue planet will stop. Without the sun, the blue planet will fall into darkness.

Humans will not die immediately, but they will slowly fall into despair in the darkness. Plants without light will gradually wither, and the oxygen on the blue planet will be consumed, eventually leading to destruction.

After seeing this scene, everyone was stunned for a long time. Logically speaking, such a thing should not happen, but the reality is just the opposite. For some reason, the orbit of the blue planet has deviated from the original orbit. Within ten years, their blue planet will become a dead planet, and mankind will eventually perish!

There was silence at the scene, and no one spoke first.

Before the end of the world, scientists had determined that the Blue Planet still had a lifespan of 5 billion years. But now, once it deviates from its orbit, the lifespan of the Blue Planet will be only ten years, less than that. This caught them off guard!

Think about what five billion years means, and what ten years means?

"Miss Su, what do we need to do to pull the Blue Planet back to its original orbit and keep up with the speed of the solar system's rotation?"

"There's another question. How could the Blue Planet's orbit suddenly change its angle? This is impossible!"

"The solar system is constantly moving forward, but the Blue Planet is moving slowly. The sudden change in climate is also related to the speed and angle of the Blue Planet's movement, right?"

"Miss Su, it's not an easy task to pull Blue Star back on track, especially since we only have ten years!"

"Miss Su..."

Su Leyan nodded calmly, "I understand how you feel, but now is not the time to be depressed. We need to find a way to pull Blue Planet back into the solar system. That's why we're here. There's an old saying in Xia Country: Man can conquer nature. I believe we can!"

"Miss Su, this isn't something that can be resolved with just a few words. That's the trajectory of the solar system, and as you just saw, the solar system is moving very fast. Even if it deflects a little, Blue Planet won't be able to keep up, and the consequences will be unbearable for humanity!"

"It is precisely because humans cannot bear it that we have to find a way!"

Su Leyan snorted coldly, "If anyone doesn't want to participate, we won't force them!"

"Miss Su, that's not what I meant!"

The man shook his head. This involved the life and death of mankind. How could he be unwilling? Even if the hope was slim, he would not withdraw.

"But what can we do now to stop the Blue Planet from continuing to deviate from its orbit?"

Even if we cannot pull the blue planet back to its original orbit, as long as it does not continue to deviate, it will not be left behind by the solar system if the speed is increased. But how can this be an easy task!

"Use the power of interstellar missiles to push the Blue Planet back to its original orbit!"

"?"

“…”

They seemed to have heard it wrong. What did Miss Su just say?

Su Leyan directly dropped a depth bomb on everyone, which was impossible to guard against. Everyone was so shocked that they almost thought they were hallucinating!

In fact, Su Leyan just suddenly thought of this method. The explosion of an interstellar missile can destroy most of the blue planet. They can completely use the shock wave of the interstellar missile explosion to push the blue planet back to its predetermined orbit.

Then, with the help of the impact force of the energy shield, the impact of the interstellar missile on the ground of the blue planet after the explosion can be slowed down. However, this method is not very perfect now. If you want to calculate this accurately, you need to go through countless data speculations and energy consumption.

"Interstellar missiles, Miss Su, did you just say interstellar missiles?"

Before the end of the world, the most deterrent weapon on Blue Planet was the intercontinental missile. The interstellar missile was hundreds of thousands of times more powerful than the intercontinental missile. How is this possible? Not to mention whether they have the technology, even if they have the technology, can they accurately control the explosion range of the interstellar missile?

This idea is too dangerous. If we are not careful, the blue planet may be blown up by humans themselves during the experiment.

They now even doubt whether this greatest scientist of this century really knows what he is talking about?

Using the explosion shock wave of an interstellar missile to propel the Blue Planet is simply a fantasy and is impossible to achieve.

"I'm talking about interstellar missiles!"

The next moment, Su Leyan said something even more shocking.

"There's no need to worry about the core technology of the interstellar missile. All we need now is sufficient resources and materials, and enough time. We can build it within five years. So, what else is wrong?"

The core technology of interstellar missiles?