How difficult is it to fly out of the solar system? A simple metaphor tells you the answer, the solar system is really too big

The universe is so big that people really want to go out and take a look, but the real problem is that the first step of "flying out of the solar system" gets stuck. Earlier, scientists launched multiple unmanned probes to explore the mysteries of the solar system, among which the farthest and most famous wasVoyager SisterThey provide important data for human research on celestial bodies in the solar system, but their ultimate mission is still to explore vast areas outside the solar system

The universe is so big that people really want to go out and take a look, but the real problem is that the first step of "flying out of the solar system" gets stuck. Earlier, scientists launched multiple unmanned probes to explore the mysteries of the solar system, among which the farthest and most famous wasVoyager SisterThey provide important data for human research on celestial bodies in the solar system, but their ultimate mission is still to explore vast areas outside the solar system. Unfortunately, they have not yet flown beyond the boundaries of the solar system.

Astronomers once thought that the solar system was bounded by Pluto, but later, through in-depth research, this boundary was extended to the Oort Cloud. And Voyager 1, the farthest flying spacecraft, achieved a speed of 17 kilometers per second, which is still due to its acceleration with the help of Jupiter, Saturn, and othersGravitational slingshot effectThe speed that has just been reached can currently be regarded as the maximum speed that humans can reach when leaving the solar system. The radius of the Oort Cloud is 1 light-year, or 9.46 trillion kilometers.

What does this value mean? If the Earth were proportionally reduced to the size of a football, the radius of the Oort Cloud would be 183 million meters. The Earth's equator is clearly 40000 kilometers long, which is equivalent to 4.58 times the circumference of the equator, while Voyager 1's speed of 17 kilometers per second is equivalent to 0.00033 meters per second.

Then you can make a simple analogy,The difficulty for humans to fly out of the solar system is like having a football on the Earth's equator, where bacteria live. They are planning to travel 4.58 times around the equator, with a speed of only 0.00033 meters per second.

This is still a conservative estimate. The size of the solar system is unimaginable. Planets hundreds of millions of kilometers away are pulled around like ropes, and objects in motion have inertia. Inertia, external forces, and other forces are unable to escape and cannot leave. This invisible gravitational force is so large, indicating that the impact of this force has rushed far and far, and humans are currently unable to determine its distance. Only when the gravitational force of the sun is equal to O, It is the outermost boundary of the solar system, beyond which the sun can no longer pull any matter. In theory, the diameter of the solar system can be calculated, but in realityThe solar system region is much farther than the theoretical number.

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..Quantum superposition state.

The simple explanation for the formula is,The lower the mass of an object, the faster its speed, and the easier it is for superposition to occur....

But I believe that technological development will eventually reach this level, and nowThe scientific leap forward is no longer a centralized outbreak, but a gradual deepening...

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