Starting from a top student and marching towards the sea of ​​stars

Chapter 517 The strongest material in history!

"Song Xiyun, according to conventional thinking, we usually choose metal alloy materials such as steel and titanium alloy as the basic materials to build the robot's body. But this time, we can expand our thinking..."

As he spoke, Ning Chen showed Song Xiyun his latest design ideas through the brain biological computer program.

With the help of biological programs, Song Xiyun quickly understood the core idea of ​​Ning Chen's design, and this design also made Song Xiyun feel very refreshing.

"Ning Chen, I don't know if it's because my knowledge of materials science is too limited, but I don't know how to classify this material. In my understanding, no matter which material classification it is, it doesn't completely match the material you designed."

Hearing Song Xiyun's words, Ning Chen also smiled and said:

"No, this is not your problem, because the material I designed is indeed not restricted to any known type of material. Even if you ask me to classify this material, I will still feel a headache."

Ning Chen's design ideas for this material have long surpassed the material classification in the traditional sense of materials science. This is because if the research is continued according to the previous materials science classification, the research will definitely be subject to more restrictions.

Ning Chen is never constrained by past knowledge, but will constantly create new research directions and expand the boundaries of various research disciplines.

"Based on the information we have currently obtained, we are still unable to determine whether the material we designed is completely consistent with the technology provided by the alien civilization, but at least in terms of the properties presented by the material, the two are very close."

"That's right. And that evil organization may not be able to reproduce the same material without distinction. Instead, they will make a material with relatively better performance based on their actual technical level. With our leading strength in materials science, it is entirely possible for us to make better materials."

After confirming this, Ning Chen and Song Xiyun both seemed even more excited, because this meant that they might be able to reproduce this quantum robot technology earlier than the "Believers in God" organization, and at the same time they would also be able to make quantum robots with better performance.

"Song Xiyun, don't hand this work over to others. Let's do it ourselves. I want to make this material myself, and I will personally research and develop all other technologies related to this quantum robot."

After all, the importance of these technologies to Ning Chen is too great. Ning Chen is really not at ease to hand over these technologies to others for research and development. If Ning Chen personally controls them, the research efficiency of the project can be greatly improved.

"That's great, Ning Chen, you are finally willing to conduct this research yourself. I just don't know if the scientific research equipment on this sci-fi island can support our research."

"Don't worry, this is not a problem. Every sci-fi island built by our Star Technology has a very complete scientific research equipment system. Conducting scientific research here will only give you a better experience than in the outside world."

At the same time, Ning Chen and Song Xiyun don’t have to worry about the problem of shortage of manpower. Many relatively monotonous and mechanical tasks can be replaced by artificial intelligence and robots. Ning Chen and Song Xiyun only need to complete those key decision-making tasks.

After determining the next work plan, Ning Chen and Song Xiyun quickly immersed themselves in the new working state.

Relying on the new materials science system created by Ning Chen, they quickly proposed possible synthesis methods for this material based on its structure and properties.

This approach to materials research can greatly reduce the time and energy wasted in the experimental exploration process, and determine several possible ways to synthesize the material in the shortest possible time.

Although each of these material synthesis methods may not be able to complete the material synthesis 100%, they can screen out those material synthesis plans with very low practicality in advance, which can often be of great help to the progress of the experiment.

"These material synthesis schemes have more than 90% probability of successfully synthesizing the final material. Next, we only need to follow these schemes to verify whether these synthesis methods are correct..."

"This is incredible. Just through some simulations and calculations, we can summarize hundreds of material synthesis steps. Ning Chen, were your previous material science experiments so simple? I thought your material science research process was all about continuous experimentation and verification."

Hearing Song Xiyun's words, Ning Chen couldn't help but feel a little amused, because Song Xiyun was not wrong, it was just that his own material research method was too advanced.

"Song Xiyun, actually I also did countless experiments in the beginning. But when I gradually achieved some small achievements in mathematical research, I began to try to use this mathematical knowledge to improve the research methods of materials science. Fortunately, I did optimize the research methods of materials science in the end."

Concepts such as material simulation, prediction of material synthesis methods, etc. were not entirely created by Ning Chen, but had already existed before.

However, the research on these methods by predecessors was more "conceptual" and "experimental", and it was difficult to actually use these methods in research. However, Ning Chen has improved these research methods very well and let them replace the past materials research methods.

"No wonder you always ask me to be a cross-disciplinary talent like you. I have to admit that this kind of broad research concept is indeed much better than research in a single direction. Now let's implement these material synthesis plans and see what kind of materials we can process."

In the following time, Ning Chen and Song Xiyun started practical experiments on the materials according to the synthesis steps of these materials.

Ning Chen has extensive experience in materials science experiments and can perfectly control every step of material synthesis.

Although Song Xiyun has extensive experience in material science experiments, her strong brainpower and experimental talent mean that her operations are no worse than those of professional material science experts.

With the help of artificial intelligence and robots on the sci-fi island, their experiments were carried out very efficiently.

"Ning Chen, our materials research team should be the most efficient materials research team in history. Even though you are the only real materials expert in this team, this will not affect our research."

"Yes, I must agree with this. If it were a traditional materials research team, they probably haven't even built a possible material synthesis plan yet." While Ning Chen and Song Xiyun were chatting about this, they had completed all the procedures for the first set of material synthesis plans, which also meant that a sample of this material synthesis plan had been made.

Looking at the material samples generated in the instrument, Ning Chen and Song Xiyun were very excited. The next material verification step will confirm whether their previous predictions were correct.

"From the appearance, this material is really ugly. Even if it is thrown outside, no one will pick it up."

"That's right. In fact, many precious materials look very ordinary. For example, gold and diamonds, which are considered 'expensive' materials in the conventional sense, are actually not considered precious in our research on materials science."

As he spoke, Ning Chen led Song Xiyun to start testing the material sample.

With the help of the latest material testing equipment, Ning Chen no longer needs to test the different properties of this material one by one, but can complete the testing of multiple properties at the same time.

In just a few minutes, Ning Chen and Song Xiyun completed the testing of the main properties of the material samples, and the final test results did not disappoint them.

"Good! The properties of this material are basically consistent with our previous predictions! Although this is not a very perfect material, it at least meets the minimum requirements for forming the body of a quantum robot."

"Great, Ning Chen, does this mean that we can now create quantum robots?"

"We are not in a hurry to do this work now. Let's test the remaining material synthesis schemes again and select the best one. If we are too anxious, it will have the opposite effect."

The more time counts, the more Ning Chen has to control his inner anxiety and ensure that he does not affect the final results due to rushing into things.

Even though theoretically these different material synthesis steps will eventually produce products with the same composition, the quality of the final products may vary due to differences in the synthesis process.

Song Xiyun also expressed her support for Ning Chen's point of view. After briefly summarizing the previous material synthesis method, the two quickly began the experiment of the next material synthesis plan.

After several days of continuous research, Ning Chen and Song Xiyun have successfully completed the preparation of this new material through several different material synthesis methods.

No matter which material synthesis scheme is used, the same material is eventually successfully synthesized. Of course, the material process quality of each synthesis scheme, as well as the time and cost required for synthesis, are different.

Taking various factors into consideration, Ning Chen and Song Xiyun selected the most suitable material synthesis plan, which finally allowed them to proceed to the next step of research.

"With this material quality, it is fully capable of meeting the requirements of quantum robots. We have taken a very critical step in the research of quantum robots."

At this moment, the "Believers in God" organization's research on this material is still in a very preliminary stage, and there is still a huge gap from finding a possible effective material synthesis plan.

This is not Pierce's fault for not having a strong enough knowledge of materials science, because the synthesis of this material is indeed very difficult, and many of the materials science technologies involved have never been touched upon before.

The methods used by Ning Chen are all the latest technologies on the Science Fiction Island, as well as technologies that Ning Chen has never used before. Naturally, Pierce would not have the opportunity to learn about them.

Pierce, who was conducting a materials science experiment, was feeling very complicated at this moment.

Although Pierce still hated Ning Chen in his heart because of the effects of the brain transformation, he missed the days of working in the Materials Laboratory of Shengzhou University very much. He kept thinking in his heart, if it were Ning Chen, how would he carry out this research.

This contradictory mentality often makes Pierce feel painful, but in order to complete this task, Pierce must do his best.

Ning Chen continued to expand his research progress advantage. After completing the research on the quantum robot's body material, Ning Chen has turned his attention to the robot's quantum communication equipment.

Compared with the quantum communication equipment that Ning Chen had previously studied, quantum robots have much higher requirements for quantum communication devices, and it is necessary to ensure precise control of quantum robots through these quantum communication devices.

Even if we put aside the requirements of quantum communication technology, this level of control over robots is a very complicated task. Due to the limitations of quantum communication technology itself, the amount of information transmitted cannot reach the level of electromagnetic wave communication, which makes this technology even more difficult.

However, this did not make Ning Chen give up this research. After countless simulations, calculations and thinking, Ning Chen finally found a possible way to solve this problem.

Ning Chen used the latest algorithm to simplify the code that controls the robot to the greatest extent, which allowed Ning Chen to transmit the same amount of information using technology that used to require only one tenth of the previous amount of information.

It feels like the file has been compressed to the extreme. Of course, the technology involved is much more complicated than the compression of computer files.

After completing this research, Ning Chen planned to first create a simple quantum robot model and conduct some preliminary tests on it.

"Song Xiyun, with our current level of technology, we cannot immediately create a complete quantum robot, but at least we can make a preliminary model. This experimental step can help us create a real quantum robot better and faster."

(End of this chapter)