With such a discovery, Su Zhe was a little excited.
He first determined the time periods when the two events occurred, and then found the raw data collected by the particle detectors during these two time periods.
It depends on his luck.
With luck, the particle detector can directly detect which atoms absorb X-rays with a wavelength of 0.8 nanometers and emit X-rays with a wavelength of 2.38 nanometers.
If you're not lucky, you won't be able to detect anything.
After looking through the raw data collected by the particle detector for a long time, I retrieved the raw data from these two time periods.
Looking at the raw data on the display screen, Su Zhe quickly analyzed it in his mind.
After reading the first paragraph of raw data, I gained nothing.
He went to read the second paragraph with great anticipation. As soon as he read a little bit, he knew that his luck was coming.
During this period of time, hydrogen atoms flew out from the surface of the workpiece, that is, the surface of the optical lens. It was also calculated that the hydrogen atoms experienced extremely small displacements during the flight, showing that the hydrogen atoms The atoms' flight paths deflected ever so slightly.
He was even more excited when he discovered that it was a hydrogen atom.
The XX-hydrogen atom vibration model he built is just that in a specific environment, or a specific state, the hydrogen atom absorbs X-rays with a wavelength of 1.25 nanometers, and then releases X-rays with a wavelength of 0.02 nanometers, and the hydrogen atoms are displaced. .
XX-Hydrogen atom vibration model is only applicable to hydrogen atoms in specific states.
The state of the hydrogen atom now discovered is obviously different from that in the XX-hydrogen atom vibration model.
The latter is more active than the former, that is, the energy carried by the hydrogen atoms of the latter is higher than the energy carried by the hydrogen atoms of the former.
This also indicates that he can build a different "XX-hydrogen atom vibration model."
Of course, he would not be satisfied with building a "XX-hydrogen atom vibration model" in a few specific states. The model he wanted to build should include all states of hydrogen atoms, and then be extended to all elements.
Such a model is his ultimate goal.
However, he knew that to complete the construction of such a model, countless experiments would be required to collect data, and a huge amount of manpower and material resources would be consumed for calculation and analysis.
It is impossible for him to accomplish this alone and requires everyone to participate...
Su Zhe shook his head and brought back his thoughts.
The raw data collected by the electromagnetic wave receiver and particle detector during the second time period were analyzed together.
Judging from the point in time, the trajectory of the hydrogen atoms changed. At almost the same time, the electromagnetic wave receiver detected the signal of X-rays with a wavelength of 2.38 nanometers.
Although it is said to be at the same time, careful analysis will show that there is a time difference between the time when the trajectory of hydrogen atoms changes and the generation of X-rays with a wavelength of 2.38 nanometers, but it is just extremely short.
This phenomenon once again proved the existence of the heavy photons he predicted.
But before building a new hydrogen atom vibration model, he wanted to see how X-rays with a wavelength of 0.8 nanometers came from? This may be related to future verification experiments and must be taken seriously.
The generation of X-rays with a wavelength of 0.8 nanometers is nothing more than the free electrons in the ion beam hitting the elements in the optical lens.
The optical lens lenses processed in the sixth test were the same as those in the fifth test.
Optical lens lenses contain seven elements: silicon, oxygen, hydrogen, boron, lead, zinc, and calcium.
The energy range of free electrons in the ion beam is calculated based on the parameters of the ion beam.
Then comes the one-to-one calculation.
Of course, with the experience of the last calculation, the calculation speed this time is much faster. After all, many formulas and parameters can be applied.
After calculating and calculating, Su Zhe was completely immersed in it. The explanation voices of Bao Zhengyi and Fan Xiaoming could no longer be heard, nor could the murmurs of the researchers be heard.
At this moment, Su Zhe only saw formulas, various parameters, and the image of free electrons all over the world constantly hitting various atoms.
…
Time passed quickly, it was getting dark, and all the lights in the office were turned on.
Bao Zhengyi and Fan Xiaoming have completed the explanation of DYN-ion beam polishing technology and the arrangements for the seventh test.
At this time, Bao Zhengyi was making final mobilization.
"It's seven o'clock in the evening, and that's it for today. Please hold on for the next four days. This time is different from the previous six times. This time we are absolutely sure... Don't worry, everyone, after the seventh test is over, The bonus is half...a year's salary, and I'll give you half a month's vacation, so you can have fun all over the country."
As soon as Bao Zhengyi finished speaking, the researchers became excited.
"Okay! The big boss is generous."
"A bonus for one year's salary is okay. The last bonus for half a year's salary seemed to have been paid out together with the year-end bonus seven months ago."
"It's summer vacation soon. I just want to take my wife and kids on a trip during the long vacation."
…
"Okay! Let's go back and have a rest!" Bao Zhengyi said with a smile, "Well, bring your own little bench."
Fan Xiaoming glanced at Su Zhe and quickly reminded the researchers, "Everyone, please slow down. Su Zhe is analyzing the raw data of the sixth test. Don't disturb him."
The researchers moved the small benches and nodded in unison, and passed behind Su Zhe one after another, their eyes full of admiration.
Their research team of more than thirty people worked hard for more than a year without success, but Su Zhe solved it in two days.
How awesome this must be!
You must know that Su Zhe is only 17 years old and has just graduated from high school.
…
The researchers left the office one after another.
"Xiaoming! What is Su Zhe doing?" Bao Zhengyi asked in a low voice.
"We should be calculating the reaction of free electrons hitting atoms. The A4 paper we copied has similar calculations." Fan Xiaoming said uncertainly.
"Su Zhe is looking for the source of those X-rays again!" Bao Zhengyi understood Su Zhe. He was the same at the beginning. He was interested in everything and would investigate anything he didn't understand.
"80% yes!" Fan Xiaoming nodded, "Boss! We at Lingzhou Institute of Technology have really found a treasure this time. It won't be long before the school committee members of Tsinghua University and Yanda University will regret it... Su Zhe's mastery of physics and mathematics, as well as his computing power, are so scary. I used to..."
While they were in the meeting, he kept paying attention to Su Zhe.
Su Zhe looked at them at first, but then he was busy with his own business.
From a distance, he could see that Su Zhe was looking at the raw data of the sixth test at first, then sat there in a "daze", and then took a pen and wrote something on the A4 paper!
In the middle of the process, he looked behind Su Zhe and found that Su Zhe was constantly writing formulas and parameters on the paper.
The previous one was written as a formula describing the energy level of the electron layer, and the next one became a formula describing the energy level of the electron layer after the impact of free electrons.
No process, no notes.
It looks like my head is getting big.
How much computing power is required to do this!
That's it, he couldn't move from one formula to the next without hours.
Thinking of this, he shuddered unconsciously.
This gap is too big.
Su Zhe is a complete monster.
