Passion, a passion for scientific research!
At this point, the original intention of choosing the path of scientific research is not that important anymore.
Qiao Yu didn’t say anything profound.
But for individuals, fa and fortune are the most basic driving forces.
If they didn’t have aspirations for the future, these people wouldn’t have spent so much effort applying for Qiao Yu’s projects.
Just getting past the initial registration at their units required overcoming nurous hurdles, and then they still had to take exams. Many even feared not being selected and went out of their way to leverage personal connections.
After expending so much effort to join the project team, they naturally have their own motivations. While not everyone’s the sa, the vast majority still aim for their own future developnt.
Realizing personal value while gaining recognition from the nation and prestigious nas is certainly the best outco.
Although Qiao Yu didn’t ntion it, they undoubtedly realize how much resources are needed to create the market-ready consur-level computer Qiao Yu described.
But actually, no one worries too much about these. Qiao Yu probably didn’t anticipate that the people under him might trust his resource-acquiring abilities more than he does himself.
This discrepancy in perception mainly stems from their fundantally different views on the Fields dal.
For Qiao Yu, the Fields dal seed too easy to win. He regards the dal as no more than an ordinary honor.
To draw a comparison, it might be akin to how a high schooler views the title of a provincial "three-good student."
However, for those who’ve maneuvered through academia for half their lives, they understand very well that neither the Fields dal nor the Nobel Prize is but a simple honor.
Especially in the few years following their award, they’ve never heard of world-class laureates failing to secure investnts for their ventures.
Not to ntion that Qiao Yu is not only young but also possesses imnse investnt potential, with a renowned high output and efficiency. Recently, he’s seen to suppress competing tech companies and the entire financial sector.
It wouldn’t be an exaggeration to say that, at least for these professors working on Qiao Yu’s project, if he can’t secure sufficient investnts, there’s simply no justice in the world.
The significant realistic issue at hand is whether they aren’t worried about high-tech companies and financial groups abroad trying to poach talents?!
Besides, Huaxia has its own advantages.
For instance, just in terms of the world’s basic power generation capacity, no country can compare to Huaxia.
Coincidentally, one can tell from Qiao Yu’s speech that the future universal quantum computer he’s envisioning will integrate local computing power with cloud computing power.
Tasks manageable by classical operations and simple quantum tasks are executed locally. More complex quantum computing tasks are delegated to quantum cloud platforms.
If the universal computer operates this way, it implies the need to deploy nurous quantum simulation cloud data centers across regions to ensure consurs enjoy a seamless experience.
It’s well-known that such large data centers are always heavy electricity consurs. Hence, it’s suitable to popularize in Huaxia first before expanding externally.
As facts suggest.
After Zheng Xiweng submitted the report, no one dared to be negligent. It quickly reached the Ministry of Science and Technology for verification and was then presented to the Ministry of Comrce for groundwork.
News soon spread across the scientific community. Naturally, large-scale research and developnt tenders like these could never remain entirely confidential. Nor did anyone intend to keep it secret.
The technological competition between the East and West has long been an open ga. To gain an advantage, it’s all about pouring capital into it.
Like the old space race, the winner simply needed the deepest pockets. As for those who lost, they’d have to play in their sandbox.
A lot of companies are indeed interested. Those in hardware, software, state-backed, fully private, are all welcod. Naturally, they’re all big nas.
This, too, was within Qiao Yu’s expectations.
Honestly, he’s genuinely optimistic about this project. If it weren’t a large-scale undertaking that a small company couldn’t handle, he’d have Xi Yu Technology do it themselves.
Of course, completing this project will have significant implications for Xi Yu Technology.
As Qiao Yu had stated in video conferences, just participating in the project and grasping first-hand information would allow them to profit greatly even if they only engaged in peripheral business later on.
For him, there are endless possibilities. Not to ntion, when quantum simulator computers and the new operating system take off, rely providing developnt environnts to developers could prove highly lucrative.
Of course, these are not typically aid at individual users.
After all, language developnt requires comrcial compilers to offer advanced features, optimization tools, technical support, various plugins and extensions, as well as developnt interfaces and software developnt kits, etc.
Previously, Intel and Microsoft profited from these areas. If quantum simulator computers start overtaking the market for classical electronic computers, this revenue will naturally shift to him.
If it evolves to that extent, Xi Yu Technology could also provide remote developnt environnts for small startups.
When the new technologies erge, they could even open-source older products, exchanging them for advertising revenues and donations...
In short, Arican tech companies have long had streamlined processes for profiting from these foundational technologies, effectively maximizing their value. Simply follow their lead and learn from them.
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