The United States threatens China s satellites, and China is not afraid of rhetoric and tense confro

Mondo International Updated on 2024-01-30

The United States recently made an open threat to China's satellite experiments, claiming that it would destroy China's satellites, but China did not care, responding by saying "try it." China insists on the right to conduct tests of anti-satellite equipment, while the United States has no right to interfere.

Although U.S. verbal threats failed to influence China, they began to use satellites to signal interference to China. China's anti-satellite experiment team has long been prepared for defense and finally successfully completed the experiment.

Why would the United States threaten China's anti-satellite experiments so much?First, the United States has been trying to limit China's technological development, especially in the field of satellite technology.

They have even taken extreme measures, such as restricting the development space of Chinese companies and preventing semiconductor companies from providing relevant technologies to China.

In addition, the GPS system in the United States has become a major constraint, and although satellite technology has been provided free of charge to China, the signal has been cut off when China is fully operational, resulting in serious safety incidents. It wasn't long before countries began to realize the usefulness of positioning systems.

Affected by the restrictions of the United States, the European Union independently developed the Galileo navigation system, freeing itself from the shackles of the United States.

China faced a similar dilemma, investing $2 billion in R&D, but was blocked by the United States and the European Union and failed to obtain key technologies, out of the dual consideration of learning Xi core technologies and overcoming constraints.

The construction of China's Beidou satellite system has experienced similar challenges. In the face of rejection and hostility from the world's advanced technology, China is determined to be self-reliant.

After 20 years of hard work, China has finally succeeded in launching the first Beidou satellite, which marks that China has completely independent satellite positioning system technology.

The completion of the Beidou system not only enabled China to enter the era of global services, but also broke the monopoly of the US GPS, weakened the dominant position of the US in the market, and thwarted the US attempts to suppress other countries.

The United States may have intended to eradicate the Beidou system, but did not act. Despite an anti-satellite test conducted by China, the United States has not taken direct action against the Beidou system.

Since the technology and components used in the Beidou system are all domestically produced, no country can impose sanctions on them. This means that other countries can no longer use technical means to restrict China, and China will no longer be subject to other countries.

This move has changed the international landscape and made it impossible for Western countries to impose a technological blockade on China.

China's anti-satellite technology is well developed and has strong counter-strike capabilities, which makes it impossible for the United States to use violent means to pose a real threat to China.

China has about 200 satellites in space orbit, while the United States has about 600, but that doesn't mean the U.S. can destroy Chinese satellites at will.

In fact, China has the ability to destroy American satellites with missiles, and considering that there are 3 times as many American satellites as China, the United States will suffer the most losses in the event that both sides destroy each other.

In addition, China has strong anti-satellite technology, and in 2007 it successfully conducted an anti-satellite experiment that destroyed an abandoned meteorological satellite, demonstrating the maturity of its anti-satellite technology.

In addition, China's Beidou system has strong resistance to hits, and it is difficult for ground launches to hit satellites in extraterrestrial orbits. Even if some satellites are destroyed, China can launch new navigation satellites in a short period of time, ensuring the normal operation of the system.

Attacking other countries' military satellites in peacetime will not give the United States the upper hand, because China also has the ability to shoot down other countries' satellites. Outer space is a zone of peace shared by all nations, and it is by no means the exclusive domain of the United States.

Therefore, even if the United States is strong, it does not dare to act rashly, because China is equally strong in anti-satellite affairs. If the two sides really destroy each other, the United States will suffer the most.

In addition, the United States tried to interfere with the Beidou system, but ultimately found that it could not crack its **, so the interference was ineffective. The United States had considered using space** to destroy China's Beidou system, but eventually found that China's anti-satellite** was more powerful.

Therefore, when the United States poses a threat to China, China is dismissive and "try it."

The rise of China's Beidou satellite system has not been smooth sailing, although China's interception technology has not yet reached 100 percent perfection, if the United States really does it, there will always be a way to overcome the challenge. The key lies in the progress of the war, and this game is far from being an easy one.

Therefore, the United States has no choice but to rely on its own strong technology and strength for the development of China's Beidou. Summary. The rise of China's Beidou satellite system has broken the monopoly of the US GPS and demonstrated the strong strength of China's science and technology.

Thanks to the unwavering efforts of Chinese scientists, Beidou has achieved great success. Compared with GPS, the Beidou satellite system is not inferior, and even superior in some aspects. China's breakthrough in the field of space has laid a solid foundation for future space exploration.

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