The next day, three important figures arrived at the base. As requested by Xing Baohua, some high-level mathematics experts were invited. To his surprise, three academicians came.
Academician Su is the oldest, followed by his student, Academician Gu, and lastly, Academician Chen.
The most famous thing about this Dean Chen is that he took paper and tried to calculate Goldbach's conjecture, insisting on proving 1+1. In the end, he proved 1+2.
Both Su Yuan and Gu Yuan are top-notch individuals in the world of talent.
The two were teacher and student before the founding of the People's Republic of China, and their achievements are too numerous to list in a few pages.
Dr. Chen's health is not very good; he works while ill for many years, so it was really difficult to get him to come.
Behind them were several students, a dozen or so people in total. These were the early arrivals; there were also some people whose names they didn't know who were rushing over.
Including programming experts in the computer field, there are probably sixty or seventy people.
This is only a portion of the country's elite, not enough to mobilize the entire nation, but even this small amount of power is enough to be awe-inspiring.
Three top academicians in the mathematics field led this secret operation. If the solution turns out to be useless, Xing Baohua will probably need a rope and a crooked tree to quell this embarrassing situation.
Meeting people, shaking hands, introducing oneself, and so on.
Dean Gu also kindly asked Xing Baohua where he graduated from, and the guy was embarrassed to say that he studied finance at the University of Hong Kong and hadn't graduated yet.
Professor Gu may have a fondness for talent, saying that after graduation, students can choose to study under him for their master's and doctoral degrees.
I'm flattered!
He quickly and tactfully declined, as Xing Baohua simply couldn't bring himself to focus on the research.
Or is it mathematics? Does he even have the talent for it?
Another day passed, and when the programmer and a dozen architects arrived, their understanding was completely overturned.
It's not that there's a lack of talent in China, but rather that they're hidden too deep. This is a group of people who gave up their aspirations for a superior life of freedom and wealth, settling down here and working anonymously to forge swords for the country!
!
Without these selfless people, could the country have achieved a leapfrog development in just a few decades?
Thirty years later, forty years later, our country will have everything.
It was this group of people who laid a solid foundation for us and cultivated many outstanding talents, which enabled our overall strength to advance by leaps and bounds.
Xing Baohua felt honored to have gathered so many experts in just two days. Knowing their names and which universities they attended made him feel quite proud.
We'll donate buildings if you want them, and we'll donate computers and experimental equipment if you want them.
Of course, if there's a lack of project funding, money will still be provided, but he requires specific project deliverables. That's something to discuss later.
With everyone present, Xing Baohua began a project introduction meeting.
There also needs to be a division of labor, etc.
The project is currently facing difficulties. It involves a set of encrypted electronic files, which requires a large number of equations, functions, and logical combinations to crack.
Software architects and programmers need to integrate these mathematical methods into the software to achieve a breakthrough.
If necessary, a supercomputer can be activated to conduct a collision test.
Since supercomputing wasn't initially needed, the small servers brought by Xing Baohua could play a role in decrypting collisions, thus revealing the code combination methods.
The whole process sounds very simple, but the real difficulty lies with the mathematics community.
The entire working group is now fully operational.
The base lobby staff arrived with a mission and were divided into several groups. Fortunately, Xing Baohua had managed to procure twenty computers, which was not enough.
I called and arranged for someone to pick up another thirty-odd units.
Xing Baohua was also busy, leading his students to connect and wire the computers.
He can handle all the file sharing and internal data transfer on a single server.
In this way, those who use computers can directly...
Desktop computers are still not very convenient, so let's get a few more laptops and tablets.
They also brought over a huge 40-inch LCD screen, which they connected to be used as a presentation board.
Xing Baohua could only use his expertise in high-tech fields to drive some results.
The results are very good, and experts from these institutions also want it.
One word: Send.
You can't catch a wolf without risking your cub; these organizations are so difficult to infiltrate, let alone give away their children.
Now that there's a chance to give it away, why not? It's only a few dollars! Hiring celebrities for advertising would cost more than this.
After using it, and comparing it with a certain brand, would these people still use it again?
In the field of mathematics, Xing Baohua was of little help; however, in the fields of architecture and programming, he and his students were able to contribute to the discussion.
Is it all about mutual exchange? Xing Baohua's idea is to get acquainted with people first, so that he can ask them for advice when he has the chance in the future.
He knew that no one would work for him, but didn't they still have some apprentices and followers?
He can just take in some good-for-nothing disciples and followers.
Xing Baohua underestimated the collision potential of small server keys, which failed after a few attempts under the overload of large data streams.
IBM is considered one of the best brands in the world, and its performance is also the most powerful.
Don't compare it to HP or Dell servers; there's no comparison.
What could Xing Baohua do? He could only contact IBM's office in Hong Kong to request more machines.
This time, we need thirty units directly.
The order would take a week, but Xing Baohua couldn't wait, so he told them to contact headquarters directly and he would send a plane to pick it up.
Having airplanes means you can do whatever you want. Thirty small servers, each costing hundreds of thousands of US dollars, were ordered at once, with many more as backups.
If there's any left, it might be good for this young man to take it back and do research.
But then I thought, when did servers become consumables?
Without substantial financial resources, it would be impossible to sustain such consumption. In a university, who wouldn't cherish these equipment?
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