Mist City Arts and Science University.
At the research base center, inside the photolithography machine research project building.
Tong Yihang, Liu Tiefei, Luo Peng, and Su Beilin, among others, are tirelessly working day and night in this building. The breakthrough of 3 nanoter chip technology process photolithography machine and its supporting industry technology has beco the biggest challenge they now face.
Of course.
Tong Yihang and Luo Peng have already overco many challenges, but there is still so ti before the birth of the 3 nanoter process photolithography machine.
In fact, Tong Yihang and the others understand that this year, they must develop the 3 nanoter chip process photolithography machine; otherwise, by next year, foreign competitors might either catch up or start mass production of 3 nanoter chips ahead of them. Strategically, they would already have lost by then.
Just as Principal Ding had told them, if they cannot overtake foreign competitors at this 3 nanoter chip stage, they would have to wait until the 2 nanoter or 1 nanoter chip stages.
By that ti, it would be a few years late, many industries and technology developnt plans would lag behind those of overseas countries, leading to a squeeze on many products and technologies.
For example, after Mist City Arts and Science University and Feiyue Group mastered advanced battery technology, even overseas giants like Tesla in the new energy electric vehicle industry found it difficult to compete.
In fact, Tesla is already prepared to abandon the new energy electric vehicle industry entirely, shifting its focus to devoting all efforts to space exploration technology related technologies, as well as space travel and Mars developnt.
This is the imnse advantage brought by leading in scientific and technological advancents.
Now that the curtain is about to rise on the taverse, every technologically advanced country in the world wants to dominate in this area. For example, multiple tech companies in Arica, European tech companies, and even companies in Japan and Korea all want a share of the huge future market of the taverse.
Among the dostic tech companies, enterprises like Penguin or Arlibaba cannot be relied upon.
It depends on Feiyue Technology.
For Feiyue Group’s Feiyue Technology to dominate the taverse market, the 3 nanoter chip research at Mist City Arts and Science University must speed up.
Therefore, the pressure falls directly on the scientists like Tong Yihang and Liu Tiefei.
While Tong Yihang and the others are busy overcoming chip challenges, they are also paying attention to the First Global taverse Computer International Contest being held in Dublin, Ireland, as it is closely related to the 3 nanoter chip.
Of course, Tong Yihang and the others discuss this topic during their breaks.
In the building’s lounge.
After coming down from the front line of laboratory research, Tong Yihang poured himself a cup of hot water.
Having battled on the research front for nine consecutive hours, Tong Yihang needed to take a good rest; otherwise, his brain might stop functioning, which would only affect his chip research.
"Brother Hang."
At this ti, Liu Tiefei also ca out of the lab.
"How’s it going? Is the B102 technical problem solved?"
Seeing his good friend Liu Tiefei, Tong Yihang asked.
Both of them were among the first batch of top talents in the field of precision chanical processing at Mist City Arts and Science University. They beca famous together and now join hands in fighting in the 3 nanoter chip field.
They have agreed.
In the future, whether it’s on 2 nanoter or 1 nanoter, or even higher specification chips, they will conquer difficulties together on this chip front, unless for special reasons, they will basically remain inseparable.
"Almost, a few more data points need to be collected. Once the data cos out, the B102 technical problem can be solved."
Liu Tiefei nodded in response, also pouring himself a cup of hot water.
The B102 technical problem is a tougher challenge in the field of photolithography precision chanical processing, with letters as codes. A is the highest level of difficulties, relatively fewer in number.
B represents the relatively difficult challenges, more nurous, and most precision chanical processing challenges to be solved are level B problems. Solving many level B problems can lay the foundation for solving level A problems.
"That’s great, after solving the 102 problem, we should be able to tackle the A7 problem."
Tong Yihang nodded and then asked, "Have you been following the First Global taverse Computer International Contest these past few days, Fei?"
"Of course I have."
Liu Tiefei smiled and said, "This First Global taverse Computer International Contest is closely related to our research and developnt of 3 nanoter chips. Without 3 nanoter chips, the taverse would be all talk and no substance. Principal Ding already told us this before."
"Indeed."
Tong Yihang agreed wholeheartedly with Liu Tiefei: "Currently, it seems that all major global tech companies, research laboratories, and both Europe and Arica are vigorously developing the taverse. If Europe and Arica collaborate, I think they could achieve the 3 nanoter chip within a year or two."
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