Metz naturally did not dare to hesitate at this time, and immediately found the reproduced actual measurement video and projected it on the conference room screen to play it to judge the published pure solid-state lidar parameters.
As the video started to play, everyone in the conference room, including Kesbury, immediately turned their attention to it.
And soon their expressions became very ugly.
Because the other party's test was actually conducted in bad weather.
This was unexpected.
According to normal circumstances, in order to ensure the effectiveness of the product, although harsh environment tests will be conducted, the data often published are definitely the best weather data.
For example, Teito University directly publishing data on harsh environments only shows that they are very confident in their products.
At this time, the technician in the conference room who had just vowed became very silent.
No wonder the parameters he saw were lower than what pure solid-state lidar could achieve.
It turned out to be due to bad weather.
Being able to appear in this conference room, he has more or less skills, so he can naturally judge whether this actual measurement video is true or false.
It can be said that there is absolutely no later modification, and it is completely recorded in real time.
In other words, the Teito University Joint Laboratory is very likely to have completely conquered pure solid-state lidar technology.
Soon, when the three-dimensional image generated by the automatic processing of the algorithm appeared in front of them, someone finally couldn't hold back the excitement in his heart and shouted out, giving his opponent a high evaluation.
"It is indeed a pure solid-state lidar that can still achieve this effect in such bad weather."
"My God, they really figured out the technical issues."
"The automatic processing algorithm is also perfect and can greatly help the driver better judge the road conditions."
“Sure enough, the future direction of lidar is still purely solid-state, and we are already lagging behind.”
The smile just now completely disappeared from his face. After listening to the discussions of other people in the conference room, Kesbury's brows were already knitted together. He really didn't expect that Veloda's proud technology would be broken through like this, and even Still far behind.
At this moment, he could already imagine how much loss this pure solid-state lidar would cause to Weloda if it was fully launched.
Not only will the market be lost, but the company's leading position in the industry will also disappear.
His thoughts stayed here, and he temporarily suppressed his violent emotions and turned to look at the secretary beside him.
“Who is their project leader?”
Technological breakthroughs are achieved through continuous accumulation of experiments, and finally the results can be achieved naturally.
Although the emergence of pure solid-state lidar has become a fact, he still wants to know why the other party can break through in a short period of time.
Metz is obviously a qualified secretary, and she has already prepared what her boss needs.
There was almost no hesitation in facing the inquiry at this moment.
Speak immediately and answer truthfully.
"According to the relevant information I collected, the reason why the other party was able to solve the problems faced by pure solid-state lidar in a short period of time was because their mathematical genius Xu Yun provided design solutions."
"Mathematical genius?"
"Xu Yun?"
Kesbury repeated the name, quickly searching his mind for related memories.
"The young man who solved Hodge's conjecture?"
"Yes, boss. The other party also proved Goldbach's conjecture of number theory at the International Congress of Mathematicians a few days ago." Metz nodded and added to the boss's words.
Xu Yun's popularity is not limited to China. He has been known to many people after proving Hodge's conjecture.
Kesbury first learned about Xu Yun after seeing the report that Hodge's conjecture was proved, but he didn't expect that a college student not only had such a strong talent in theoretical mathematics, but now could easily solve the problem of pure solid-state lidar. technical difficulties.
After understanding the current real situation, other people in the conference room were also somewhat worried about the company.
After a slight hesitation, he took the initiative to ask.
"boss."
“Will our latest model lidar still be online?”
As soon as he finished speaking, before Kesbury could reply, the screen turned into a comment area due to an accidental touch.
This brings many user messages into view.
And the entire message was basically divided into two categories, those praising Xu Yun and those questioning their company.
"The picture effect of their lidar looks much better than ours. It would be great if it could be used."
"It's a good thing that humans have this kind of genius."
"It's such a shame why he's not from my country."
"Weloda relies on its position in the industry to not make progress. It is normal for technology to be ahead now."
"It's hard to imagine that such geniuses still exist in the world. Perhaps it is possible to see various science fiction products that were previously unimaginable in our lifetime."
"We have developed a pure solid-state lidar a long time ago, but we just haven't had time to announce it yet."
…
"I'll turn it off right now."
Mace noticed that Kesbury's face was very gloomy and quickly turned off the screen in front of him.
Such a big change in mood occurred in just ten minutes, and Kesbury felt tired.
But as the CEO of Weloda, he must formulate countermeasures to face the current situation.
So with his mind running at high speed, he took a deep breath and began to announce his decision.
"The company's latest model of hybrid solid-state lidar has been put on hold for the time being, and we will focus on developing pure solid-state lidar from today."
"We have to find a way to overtake."
Their advantage is that the industrial chain is complete and large-scale production can be carried out at any time.
So as long as we develop our own pure solid-state lidar as soon as possible, things won't be particularly bad.
Besides, they are not the only ones affected.
After speaking, he turned his attention to Metz and ordered: "In addition, help me make appointments with other lidar companies."
"Okay boss."
After arranging the plan of action, Kesbury was definitely not in the mood to continue holding meetings at the next time.
Just ask them to start doing it as soon as possible.
However, he also understands the difficulty involved. It is definitely not an easy task to develop a more powerful pure solid-state lidar.
It is possible to waste a lot of investment in vain and still fail to meet the requirements.
However, the situation is already like this, and he can't find any other better choice at present.
"Xu Yun."
"Is this the strength of a true genius?"
Soon he was the only one left in the conference room, sitting on the chair like a deflated ball.
He was still mumbling to himself.
…
…
Xu Yun didn't know that his Weloda company, the originator of laser radar, was in chaos. He didn't stay in the imperial capital at all after attending the report meeting with Pan Wenjun that day.
That night we took the bus back to Jingzhou.
Although this made Pan Wenjun feel very sorry, he really couldn't find any reason to stay.
In order to complete the paper publication as soon as possible and avoid being harassed by the editors of other top mathematics journals, he basically stayed at the Institute of Advanced Mathematics of Kyongshu University for the next few days.
And because there are only a few people in the Institute of Advanced Mathematics, and Tang Yanshan, Qin Xiangxin and the others are often absent.
No one would come to disturb him.
As for journalists, it is even more impossible to come in.
This allowed him to write the paper very quickly, and it didn't take him long to complete it.
"I finally finished this paper. It was not easy."
August 16, 2018, Jingzhou City, Institute for Advanced Study of Mathematics, Peking University.
In the office, Xu Yun looked at the completely completed English version of the paper on the screen and moved his neck with a relaxed expression on his face.
After returning from the Teito University Joint Laboratory, it took almost ten days to completely complete this paper.
Mainly because he didn't plan to write an additional paper on topological group theory, he simply added the relevant content to the proof of Goldbach's conjecture. In this way, the number of pages of the paper was compared with the previous paper that proved that there are infinite prime numbers in the Fibonacci sequence. There are many more papers.
Otherwise I'm afraid it would have been completed a few days ago.
He is also a veteran at writing papers, and he has the entire process in his mind.
It's basically done in one go, no need to modify anything else.
Then he skillfully opened the website of the Annual Journal of Mathematics, decisively chose to submit the article, and then specially sent an email to Hofer.
After doing all this, he didn't bother to check the submission status, just turned off the computer and got up to leave.
"This should be the fastest review. There seems to be a class at the School of Materials Engineering today. I just happened to attend it to improve my knowledge level in the fields of materials and chemistry as soon as possible."
Hofer has been contacting him frequently in the past few days. Now that the paper is officially written, it will definitely be published as soon as possible.
Then he can start his own planning with peace of mind.
After determining the destination, he went directly to the Academy of Materials Engineering.
Whether it is acquiring new knowledge or producing the automated intelligent modular robot in the design drawing, he will definitely get involved in these two fields of chemical materials.
Yesterday, he specially logged into the official website of the college. He knew about today's classes and could go there to take classes.
In addition, let the professor help recommend some corresponding teaching materials, so that you can master the research on robot materials and batteries as soon as possible.
It is worth mentioning that he had little previous exposure to chemistry and materials. Although mathematical knowledge can still be applied in these two fields, the learning methods are still quite different.
He also wanted to see if he could take advantage of this opportunity to generate new tasks.
It didn't take long to complete the advanced task, but I only got a blueprint.
The rewards are relatively simple.
What's more, he can't even enter the brain overclocking state now, so he definitely needs tasks and task rewards.
With this feeling in mind, Xu Yun successfully arrived at the Academy of Materials Engineering not long after.
And walk into a classroom according to the room number.
Looking around, there are not many students in the classroom, which makes people feel that the chemical materials are indeed a sinkhole.
It looked like the professor who was giving the lecture hadn't come over yet, so he just found a seat and sat down.
However, with his arrival, the others were no longer calm, and in an instant, excited exclamations rang out in the classroom.
Everyone really didn't expect that Xu Yun, a math genius, would suddenly come to their class.
(End of chapter)
