RBCT Chapter 364 Boai Condensed Matter
Chapter 364 Boai Condensed Matter
Chapter 364 Boai Condensed Matter
In Cheng Liang's spacious laboratory, various large and sophisticated instruments and equipment came into Zhou Xing's eyes.
"Mr. Zhou, this is one of the four research centers in the laboratory. It was founded in July 2005. This research center focuses on condensed matter physics, including superconductivity, magnetism, surface science, optics, advanced materials, and extreme conditions. Physics, nanoscience, soft matter, solid-state quantum information, condensed matter theory, and other research fields, extending from condensed matter physics to material science, energy science, information science, and biological science,..." Zhao Guoliang led the way while Zhou Xing introduced.
Zhou Xing nodded with a smile, very satisfied with the academic environment of the laboratory.
There are currently six states found in the material world, namely gaseous state, liquid state, solid state, plasma state, Bose-Einstein condensate state and fermion condensate state.
Bo-love condensed matter (abbreviation): At room temperature, atoms can be in any energy level (energy level: refers to the arrangement of the energy of atoms from low to high like steps), but at extremely low temperatures, most of the atoms will fall At the lowest energy level, the behavior of various atoms in this state will become consistent, and the atoms in different states will suddenly "condense" in the same state.
Boai condensed matter is one of the most profound and complex fields in the frontier of science and technology in the human world. Although the depth of research and development is far inferior to that of laboratories in western countries, it is not easy for Huaguo to achieve such achievements in this field.
With the support of this research center, the trial production time of the Infinity Sophon Box will be shortened a lot.
Soon, Zhou Xing changed into the experimental safety suit in the locker room, and then, under the leadership of Zhao Guoliang, passed through several security guards and arrived at the core area of the research center, the working area of the Boai Condensed Matter Experiment.
Large-scale laser refrigerator, positron powder diffraction spectrometer, atomic resolution instrument, variable wave resonance absorption spectrometer, ... .All kinds of sophisticated and high-end experimental equipment came into Zhou Xing's field of vision.
Zhao Guoliang led Zhou Xing to the core of the research center, and asked curiously: "Mr. Zhou, the experimental work has been prepared, what kind of experimental purpose do you want to achieve?"
Zhou Xing looked at the experimental equipment in the research center, and explained with a smile: "I want to test whether the atoms have the ability to store data in the near-glass love condensed state."
Hearing this, Zhao Guoliang couldn't help being stunned.
"The atoms in the Bo-Ai condensate are close to an absolutely static state, and it is absolutely impossible to store data."
"What's the use of testing this ability? It's hard to maintain the Bo-Ai condensate for a long time."
"Mr. Zhou, what is the real purpose of this experiment?"
"..."
As soon as Zhou Xing's words fell, the experts and professors who participated in the experiment stared wide-eyed and asked questions in puzzlement.
PoE condensate is only formed at a temperature of one millionth of a degree Celsius above absolute zero in the universe. Only under such harsh temperature conditions can atoms behave abnormally, coalesce, overlap and gradually synchronize to form matter completely new states of matter, such as exhibiting both wave and particle states at the same time.
At such an extreme low temperature, testing the ability of atoms to store data is simply a whimsical idea without any practical significance.
Unexpectedly, their reaction would be so big, Zhou Xing frowned, and said seriously: "Atoms do not exist at rest until absolute zero is reached. This experiment is very meaningful. If you have made a conclusion from the beginning, then continue You don’t want to participate in the experiments that come down.”
Hearing this, the laboratory suddenly fell silent, and the sound of a needle dropping could be heard.
More than a dozen experts and professors present showed tangled and awkward expressions, as if Zhou Xing questioned their professional ability, but they were powerless to refute, with complex expressions.
They specialize in the research of atomic wave love condensed matter, and they have a very deep understanding of this field. However, they have never thought about the idea mentioned by Zhou Xing. First, because the technology is difficult to implement, and second, it is close to static state of superconducting materials, the possibility of storing data is very small.
However, Zhou Xing, a world-recognized genius scientist, proposed this experimental direction. All the experts and scholars at the scene recognized his authority in the scientific community as much as the general public.
Although they were not optimistic about the results of this experiment, because it was the direction mentioned by Zhou Xing, they couldn't help but became interested, and naturally they didn't want to leave.
The atmosphere was a little awkward.
Seeing this, Zhao Guoliang put on a smile on his face and smoothed things over: "Yes, yes, Mr. Zhou, you are right, scientific research has always been full of uncertainties, we must carry out scientific research with a 'seeking truth' attitude. "
"The director is right! Mr. Zhou, please arrange it! What should we do?" Zhao Guoliang's voice fell, and someone in the crowd responded immediately.
Hearing this, Zhou Xing's expression turned pale. The development of the infinite intellectual sub-box is very difficult. The outer closed box of the three main bodies, the inner atomic core disk, and the intelligent controller all use a lot of cutting-edge and cutting-edge technology. He needs a group of obedient and intelligent A useful helper, not a bunch of 'pig teammates' who question while working.
Zhou Xing nodded, looked at the people present and ordered: "Vaporize the metal chromium, open the magnetic trap, and prepare the Boai condensed matter experiment environment."
"Understood!" Everyone responded in unison, and immediately, the experts started working.
The conditions for realizing the Bo-Ai condensate are very harsh and contradictory: on the one hand, it needs to reach an extremely low temperature, on the other hand, it needs the atomic system to be in the gaseous state.
Metal atom gas has a very good characteristic, it will not appear liquid due to refrigeration, and it will not be highly aggregated to form a conventional solid. Therefore, the first thing to do at the beginning of the experiment is to vaporize the experimental substance.
The temperature requirements for metal vaporization are very high, and it is difficult to implement under normal circumstances. Fortunately, here is a laboratory with [-] people in the world, and three experts stand in front of a gasification high-temperature reactor to operate.
In the combustion chamber of the instrument, the thermite powder burns suddenly, bursting into fiery brilliance, and the high temperature of more than 3000 degrees suddenly vaporizes the metal chromium. The trap' couldn't move, and then they hurriedly started the laser cooling operation.
The atoms of an object are always moving randomly, that is, the more intense the atomic motion, the higher the temperature of the object; on the contrary, the lower the temperature, so as long as the atomic motion speed is reduced, the temperature of the object can be reduced. Laser refrigeration is the use of A large number of photons impede the atomic movement, forcing the chromium atom to slow down suddenly, reducing its temperature rapidly.
The experts and professors present were all experts in the field of condensed matter, and they were extremely proficient in performing experiments in related fields. They followed Zhou Xing's requirements and carried out experiments step by step, making rapid progress.
(End of this chapter)