When Su Zhe was halfway through, his phone vibrated. He took it out and saw that it was a text message from Fan Xiaoming.
He said that all the participants from the thirty-three companies were here, and the technical report would be held in advance at 7:30 tonight in Lecture Hall No. 1 on the fourth floor of the library, so he must be there.
Put away your phone and continue watching "College Physics Experiment".
The entire book talks about very basic physics experiments, and basically does not cover what he wants to see.
Of course, there are still gains.
When he finished reading, the staff were also rushing people because it was time to get off work.
In fact, there were only a few people on the entire sixth floor, and he was the only one in the physics area.
After leaving the sixth floor of the library, he went to the staff restaurant on the third floor of the cafeteria. He found that the restaurant was full of people. He could recognize them at a glance. These people were not teachers from Shanling University, but participants attending the technical report meeting, because He saw Niu Guanghui and Si Wenbo among these people.
We also saw Bao Zhengyi, Fan Xiaoming, and Xu Jiaping.
He noticed that the food these people ate was no different from usual.
It is said that the research center is really stingy, so they let the participants eat these. After all, these people have come all the way here.
But these people didn't care, eating the food on their plates and chatting excitedly.
"The most excited person about this breakthrough in ion beam polishing technology is Mr. Pan from Shanghai Microelectronics. He is looking forward to the stars and the moon, and finally the optical lens. Now, the world's semiconductor manufacturing is about to change."
"It's not just semiconductor manufacturing that's changing. The high-end optical lens market is also changing. You know, lasers, optical detection, synchrotron radiation facilities, etc. all require high-end optical lenses... Europa's Chase has been laid off."
"What puzzles me is that the sixth test just failed, and just a few days ago, the seventh test succeeded. I'm worried! I'm worried that Professor Bao Zhengyi and the others will make a big mistake."
…
Su Zhe had prepared the meal and was about to find a corner to sit when he was stopped by Professor Bao Zhengyi Bao.
He had to sit with Bao Zhengyi, Fan Xiaoming, Niu Guanghui, and an unknown professor.
As soon as he sat down, Bao Zhengyi began to introduce.
"Xiao Zhe! This is Professor Huang Weicai from USTC, doctoral supervisor, and director of the Synchrotron Radiation Experiment Center of Badu, a large scientific facility. By the way, Professor Huang Da studied under Academician Wang Xiuqi, dean of Lingzhou Institute of Technology Physics."
"Hello, Professor Huang!" Su Zhe shouted with a smile.
Professor Huang is in his early forties, and his hair is a little sparse, just like Professor Bao.
This is another student of Academician Wang Xiuqi. No wonder these people are sitting together.
"Old Huang! This is Su Zhe, this year's provincial champion, a newcomer in our School of Physics, I..." Bao Zhengyi looked excited.
"I know! I know! I am very familiar with Su Zhe. Because of the special recruitment of Su Zhe, the school came up with three special recruitment plans. Many people tried it. I have heard that using special recruitment methods , snatched thirty or forty top students from Qingdao University and Yanda University, Lao Niu! Isn't that right?" Huang Weicai looked at Niu Guanghui curiously.
"Yeah! It's not bad! I grabbed three top students in science and more than thirty top students. Most of these students received scientific research funds starting at one million yuan. The three top students in science were pretty good, and they got scientific research funds starting at five million. As for the funding, as for the 10 million yuan, there is no one. To be honest, compared with Su Zhe, these top students are still a little behind." Niu Guanghui said with some complacency.
This time Lingzhou University of Technology spent a lot of money.
Originally, Su Zhe's initial scientific research funding was provided by Bao Zhengyi, but after principal Xu Zhengping came up with three special recruitment plans, he resolutely eliminated Junior Bao Zhengyi and refused to allow Junior Bao to provide scientific research funding.
"That's right! Four Olympiad champions, most people can't do it." Huang Weicai nodded.
"Su Zhe surprised me so much, let..."
…
Bao Zhengyi and Fan Xiaoming looked at each other and smiled, looking at Niu Guanghui and Huang Weicai talking to each other, they felt funny in their hearts.
After you know Su Zhe's ability, let's see if you can still boast about it.
Bao Zhengyi coughed and reminded with a smile, "Well, let's not compare Su Zhe with those top students. There is no comparison... Eat! Eat! There will be a technical report meeting soon."
…
After Su Zhe finished his dinner, he said hello and left the canteen, going to the electronic reading room on the fourth floor of the library.
There was still an hour before the technical report started, which was enough time for him to read many papers related to experimental physics.
Sitting in front of the computer, he searched for a long time, but could not find the paper he wanted to read.
I don’t know whether it’s because there is no paper database in Shangling University, or because there are only a few papers in this field.
Unable to find a paper to read, he had to sit there and design experiments to verify relevant models and search for heavy photons.
In essence, the experiments to verify the XX-hydrogen atom vibration model and other related models are similar to the experiments to search for heavy photons, but the focus is different.
The two can actually be combined into one.
At present, the XX-hydrogen atom vibration model and the XX-2.38-hydrogen atom vibration model are supported by data, but the data samples are too few and further experiments are needed.
No supporting data was found for the XX-calcium atom vibration model.
Overall, all three models need to be experimentally verified while looking for the presence of heavy photons.
In his paper "On the Manipulation of Atoms by Electromagnetic Waves", he proposed a method to search for heavy photons.
Set up an experiment to verify the XX-hydrogen atom vibration model or the XX-2.38-hydrogen atom vibration model.
Take the XX-hydrogen atom vibration model as an example.
Use X-rays with a wavelength of 1.25 nanometers to irradiate hydrogen atoms in a specific state, and observe whether the hydrogen atoms release X-rays with a wavelength of 0.02 nanometers after absorbing X-rays with a wavelength of 1.25 nanometers, and whether the hydrogen atoms are displaced.
The method and theoretical process are so simple, but the actual operation of the experiment is very difficult.
The first difficulty is the acquisition of an X-ray source with a wavelength of 1.25 nanometers.
The second difficulty: control of the specific state of hydrogen atoms.
The third difficulty: data collection and analysis.
It is difficult to obtain a single wavelength X-ray source, that is, monochromatic light. In actual operations, the monochromatic light obtained is often mixed with light of different wavelengths.
For example, the light source of the EUV lithography machine requires ultraviolet light with a wavelength of 13.5 nanometers, and must ensure monochromaticity and power requirements.
Of course, in the verification experiment of the XX-hydrogen atom vibration model, there are certain requirements for the X-ray source, but they are not that high.
It is more difficult to control the specific state of hydrogen atoms, such as the energy, momentum, angular momentum, etc. of the atom.
Even if the hydrogen atoms are in a specific state at the beginning of the experiment, the state of the hydrogen atoms will change after the experiment begins.
It can be said that the control of the specific state of hydrogen atoms determines whether the experimental verification is successful.
The last step is data collection and analysis.
The main detectors for data collection include full-band electromagnetic wave receivers and particle detectors.
In the XX-hydrogen atom vibration model verification experiment, it is not only necessary to collect the movement trajectories of electromagnetic waves and related particles, but also to unify them on the clock.
This is crucial in the search for heavy photons.
Su Zhe sat in front of the computer and thought for a long time. In the end, he only sorted out the theoretical part, but still did not come up with a specific plan for the specific experimental design.
To put it bluntly, I don’t know what full-band electromagnetic wave receivers and particle detectors look like, and how to design experiments.
For example, the principle of an atomic bomb is so simple, if you want to build it...
Just when he felt helpless, his phone vibrated.
