On the night of New Year's Eve, the original top news search list was "Spring Festival Gala", but with the ten-minute special program, the news of "the world's first quantum computer" continued to soar in popularity extremely quickly. At 22:30

At the same time, it successfully topped the news hot search list!

Major media outlets have reported on it one after another, all as front-page news. What was originally arranged as front-page news has given way to "quantum computers".

As an epoch-making technological product, the birth of quantum computers is no less significant than the birth of computers, or even more significant.

"Dream Chasers! Climb new heights!" Renren Daily reported with this title, reporting that on New Year's Eve, China successfully developed the world's first quantum computer, tracing China's development history in computers.

As early as 1956, in the "Twelve-Year Science and Technology Development Plan" formulated, computers were listed as one of the priorities for the development of science and technology, and China's first Computing Technology Research Institute was established in 1957. However, China Computer

The development has been tortuous, and it has always lagged behind Europe and the United States. It was not until 2002 that the first high-performance general-purpose CPU, Loongson No. 1, was successfully manufactured. The birth of Loongson heralded China's breaking of foreign technology monopoly, ending China's nearly 20-year history.

There is no "core" history in years.

It was also in the 21st century that China's computer research and development ushered in rapid development, gradually becoming the world's largest computer producer, and domestic computer brands began to be born. In the field of supercomputers, China gradually caught up with Europe and the United States, and fell behind.

pioneer, to a chaser, and now to the world leader in supercomputers.

Now finally in the field of quantum computers, China has successfully achieved the first breakthrough, which represents China's important contribution to the development of world science and technology.

Renren Daily calls on aspiring young people to devote themselves to science and technology, and calls on scientific researchers to climb to new heights and contribute to China's great rejuvenation.

"Science and Technology Daily" also reported the news of the birth of the world's first quantum computer under the title "Major Breakthrough in China's Computer Field". It reported the basic performance of the first quantum computer and its future use in national defense construction, information security,

It has had a profound impact on areas such as network security.

In the report, Science and Technology Daily said that this was the first time that China had achieved a qualitative surpassing of European and American countries in computers, and considered it a very landmark event.

"Young people, give them the ability to innovate and create quantum computers." The Youth Daily focused on the age of the quantum computer team. The highest was less than 50 years old, the youngest was only 27 years old, and the average age was 35 years old.

It is an extremely young, but innovative and combat-effective scientific research team.

"This world is ours and yours, but in the final analysis it is yours!" Youth Daily borrowed a famous saying once said by a great man. All along, those born in the 80s and 90s have been criticized during their growth, and those born in the 1980s have been criticized.

Criticized as the "Beat Generation", it is believed that those born in the 1980s are not as hard-working as their predecessors and are destined to be the "Beat Generation". It is precisely because of this that in the eyes of many economists, the theory of the end of history is simply in China.

development is inevitable.

The post-90s generation is even worse. In addition to inheriting the title of "Beat Generation" from the post-80s generation, they are also criticized as "the unsupportable Adou." Rebellion is simply a label attached to the post-90s generation.

Now, the Youth Daily is calling those born in the 1980s and those born in the 1990s, arguing that whether they are born in the 1980s or 1990s, there has never been a "beat generation" in China.

"Big changes unseen in a century! Quantum computers have fired the first shot!" Global Times, Editor-in-Chief Hu personally wrote the report. Although Editor-in-Chief Hu has been criticized, he has remained standing in the media industry for decades. As you can imagine

There is still real skill. In the article, Editor-in-Chief Hu elaborated on the term and topic "Great Changes Unseen in a Century", which is a popular word and topic in society today, and placed quantum computers in the context of "Great Changes Unseen in a Century"

Next, let’s analyze its impact.

Editor-in-chief Hu concluded the article with "What a great China!"

Major media outlets reported on it one after another, and in the shortest possible time, the news spread throughout China and the entire world.

It caused a lot of heated discussion on the Internet.

Not only on the Internet in China, but also on Facebook, Twitter and other overseas social media, it spread rapidly.

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"Nani, am I right? The Chinese have developed the world's first quantum computer? Isn't it fake news?" A Japanese netizen was full of disbelief and doubt. This was not just a Japanese netizen.

, but represents the mentality of most Japanese people.

If there is any country that finds it most difficult to accept the rapid rise of China, there is no doubt that it is Japan.

After all, the hatred engraved in history has never been forgotten even if it has been nearly a hundred years. They are afraid, afraid, and afraid of revenge.

"The world's first quantum computer should be developed by Samsung. After detailed verification by experts, these scientific researchers all have our Goguryeo ancestry." The first choice of Goguryeo netizens is to include scientific researchers into their own ancestry.

Anyway, in the eyes of the Goguryeo people, they are the first country in the universe, and any outstanding people, any advanced technology, any artwork or festivals belong to them.

"God, how is it possible? How can China successfully develop a quantum computer? I have to sell the IBM stock in my hand, and Bitcoin, shit~~" A European named Peter immediately disposed of his hands after seeing the news.

stocks, and Bitcoin.

Bitcoin, as the most popular virtual currency with the highest ratio in the world, focuses on security. It consumes a fixed amount of energy and time to generate one Bitcoin, so many people privately build computers dedicated to it.

Mining Bitcoin is also euphemistically called “mining”.

Now, in the face of quantum computers, the so-called security of Bitcoin has long been broken down, and naturally, Bitcoin will become worthless.

Companies such as IBM that specialize in researching quantum computers suddenly saw their stock prices plummet, and their stocks were sold off one after another. Investors were afraid that if they acted slower, the stocks of these companies would become worthless waste paper.

As for Bitcoin, it has also hit new lows. It is known as a rare and limited number of Bitcoins. At this time, the number of Bitcoins suddenly increased sharply. However, except for some lucky people who acted quickly and successfully sold their Bitcoins, most people lost all their Bitcoins.

In his own hands, no one is willing to take over.

Virtual currency, for example, is essentially a Ponzi scheme of "beating the drum and passing the money around". When no one is willing to take over, it will naturally not be able to continue.

The major stock markets that were originally optimistic about the surge suffered setbacks due to the news of "quantum computers". The entire market took a sharp turn. Even "Google", which has always been optimistic, fell 5.21% in just one day.

After all, "Google" is sought after not only for its current revenue and net profit, not only because it is now the world's most advanced search engine with the largest market share, but also because of its leadership in artificial intelligence, cloud services, and quantum computers.

status.

Now that China is the first to successfully develop a "quantum computer", Google can be said to have lost its lead in quantum computers and artificial intelligence. Naturally, investors' confidence will be dampened, and they will not be optimistic about "Google"!

The IBM Quantum Computer Center, as the world's leader in quantum computers, has attracted much attention and has thousands of R&D personnel. Each R&D personnel is highly paid, with an average salary of more than 200,000 US dollars per year. It is also known as the most

It is possible to create the world's first quantum computer.

"Oh God, God! Losey, look at the news. China has made a breakthrough in quantum computers. They have successfully developed a quantum computer with 30 qubits!" George was watching the news, his whole body

Stand up suddenly.

As a technical director of the IBM Quantum Computer Center, although George is only 40 years old, he is also a well-known expert in the field of quantum computers.

"George, today is not April Fools' Day!" Losey didn't believe it at all. He is the director of the IBM Quantum Computer Center and is responsible for the research and development of the IBM Quantum Computer Center. He is also the world's most famous authoritative expert on quantum computers. His works are highly sought after.

He can get paid $100,000 for a single speech.

He knows very well that good news about quantum computers seems to come out every year, but in fact quantum computers face great difficulties.

In order to explain some laws of the microscopic world, scientists such as Einstein, Born, Schrödinger and other scientists spent about 30 years establishing the quantum mechanics building, a discipline that governs the microscopic world, summarizing some formulas and establishing quantitative systems.

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submechanical system.

As soon as quantum mechanics was established, it was immediately put into application, including atomic bombs, lasers, atomic benchmarks, etc., which are fundamentally within the scope of quantum mechanics. Naturally, related concepts of quantum mechanics have also been introduced into the computer field. If you want to use the "quantum mechanics system"

"To carry out the qualitative development of computers.

Because theoretically, the ceiling of traditional computers is there. The performance of current computers was predicted by scientists decades ago. The performance of quantum computers has made a qualitative leap compared to traditional computers.

With the continuous popularization of network and information technology, the amount of data generated by humans is growing exponentially. The era of information explosion requires disruptive information processing technology to deal with these irregular and large-scale data. This is why two computers are gradually becoming popular.

the fundamental driving force.

Everyone knows how good quantum computers are, and many experts in the computer field even believe that whoever owns the first quantum computer is equivalent to owning the world.

But why is it difficult to make substantial breakthroughs in quantum computers so far? This is because we are faced with huge difficulties. The first huge difficulty facing quantum computers is "decoherence", and currently the coherence can only be maintained at best.

One second. As the number of qubits increases, it will become increasingly difficult to maintain a coherent state, because a greater number of qubits means that the system is more likely to interact with the surrounding environment.

Secondly, interference and errors, random fluctuations, thermal energy from qubits, and even basic quantum physical processes may change the state of the qubits, thereby interfering with quantum computing. Furthermore, the current coding error rate is also severely limited.

The complexity of quantum computing.

And this kind of error-prone quantum computer is actually far inferior to a traditional computer.

Furthermore, on the chip, even if they have used the most advanced chips in the world, in fact, it is difficult to support a quantum computer.

Losey knew that there were huge difficulties, so he did not believe that China could successfully develop a quantum computer.

Even Losey believes that it is a huge victory for IBM to develop a 2-bit quantum computer within 5 years, let alone a 30-bit quantum computer.

"Loxi, look at this news. This is their Spring Festival Gala program. The Spring Festival Gala is a very grand party in China. I guess they will not cheat in this Spring Festival Gala." George looked very serious.

After hearing this, Losi also moved towards George's computer, and then watched the video and the news. The more Losi looked at it, the more frightened she became.

"Impossible! Impossible!" Losi was simply unbelievable. He couldn't believe that any country had actually developed a quantum computer, especially China.

Because China is a latecomer and a pursuer in the field of quantum computers, he was even invited to give a lecture at Yanda half a year ago.

But now this pursuer has become the leader inexplicably.

For a moment, Luo Xi had mixed feelings. He couldn't believe it and was shocked, but he had to force himself to believe it, because such a big event was so big and it was released in a national authoritative media. Once it was proven false, what would happen to him?

The country's image will be a huge and devastating blow, and it will be difficult to recover for several years.

Losi felt very disappointed. He had always believed that a quantum computer would be born in his own hands, but now this honor had slipped away from his own hands.

The entire IBM Quantum Computer Center suffered a huge blow, and countless people looked downcast. They did not understand how China solved those difficulties and developed a quantum computer.

It looks smaller than the 2-qubit experimental machine they are experimenting with, but it is up to 30 qubits.
To be continued...