Experts from Russia: China wants to go to the edge of the solar system!
China's artificial intelligence may change the rules of space exploration.
On August 11, Russian media published an expert article.
China is preparing for a major breakthrough in deep space exploration, and artificial intelligence may become its main card.
Imagine your smartphone not only helps you find your way but also makes decisions for you when out of contact with the outside world.
In space missions, artificial intelligence plays such a role, especially in places where every second counts, and signal delays can last for hours.
Chinese scientists plan to launch two devices to study the boundary of the solar system.
These devices will be equipped with advanced technologies, including artificial intelligence, enabling them to work independently.
This is not just another step in the space race—it is an attempt to change the game.
Let's first clarify what the boundary of the solar system is, and why it is so important to science...
What is the boundary of the solar system?
The boundary of the solar system is not just a line.
It is a complex region where the solar wind meets the interstellar medium.
Here, the real cosmic void begins, where physical laws manifest in their original form.
The heliosphere, a protective "bubble" created by the solar wind, gradually disappears, giving way to the cold and mysterious interstellar medium.
To better understand this, imagine a balloon filled with water floating in a swimming pool.
The balloon is like our solar system, and the swimming pool is the interstellar space.
When the balloon approaches the edge of the swimming pool, water starts to seep into the inside, mixing with the contents of the balloon.
This is what happens at the boundary of the heliosphere.
Previously, the American Voyager probes conducted such studies, but their technology is outdated.
China hopes to take the next step, using modern achievements, including artificial intelligence.
How can artificial intelligence change the game?
If previous spacecraft worked like robots following Earth's commands, now they have become true thinkers.
Artificial intelligence allows spacecraft to process large amounts of data on board without waiting for instructions from Earth.
This is particularly important in situations where signal delays can last for hours or even days.
A key point is autonomous decision-making.
For example, if a device detects a rare phenomenon, such as a solar storm or asteroid collision, it can immediately start collecting data without waiting for confirmation from Earth.
This is like your camera deciding on its own when to take a photo to capture the best moment.
Additionally, artificial intelligence helps optimize resource usage.
On a spacecraft, every gram of fuel and every watt of energy is crucial.
Artificial intelligence algorithms can calculate the most efficient route, thus minimizing energy and time consumption.
Russian experts highly evaluate: China's mission to the boundary of the solar system is not just a scientific experiment. It is an attempt to rethink how we explore the universe. Using artificial intelligence opens new prospects, allowing spacecraft to work independently and efficiently over vast distances.
Perhaps it is China's equipment that will open the door to an interstellar future for us first.
Original: www.toutiao.com/article/1840114435117063/
Statement: The article represents the views of the author.