When Huang Bingchang was in full swing to carry out the acquisition of Roche Group, because of the constraints of some factors, the shares of Roche Group have not been suspended.

As the virus continues to ferment, shareholders can no longer sit still, at this time, many investment institutions have given negative evaluations to Roche Group, coupled with the banking system suddenly downgraded Roche Group's credit rating.

Roche continued to fall in the following days, with its market value falling from a peak of 200 billion yuan to about 15 billion in just a few days.

Just when the Roche Group was in turmoil, Li Chunfeng finally came out of the virtual world.

This time, Li Chunfeng stayed in the virtual world for a lot of time, and finally had a big harvest, or a miraculous harvest.

This starts with Li Chunfeng just starting with material matching.

In the early morning of that day, after Li Chunfeng entered the virtual reality world, he quickly simulated the supermagnetic smelting furnace and began to experiment with various materials, metallic, non-metallic, polymer materials and so on.

After a large number of simulation tests, Li Chunfeng found that not all elements can be successfully penetrated by ultra-micro magnetic fields.

To this end, he even carried out experiments on all elements, and screened out all the elements that could not be penetrated by ultra-fine magnetic fields, so that there was no need to add such elements when the later binary alloys or even ternary and multi-dimensional alloys were made, so as not to lead to failure.

After continuous tests of binary ratio and ternary ratio, although most of them were unsuccessful, he still simulated several very good materials.

This lays a good material foundation for some future projects.

Among them, there is a supermagnetic gallium arsenide material, which is the quantum chip material that Li Chunfeng dreamed of, which will lay the foundation for the manufacture of supermagnetic quantum chips, and the most important point is that the quantum chips based on this material will be compatible with the existing information system.

Among some of the materials I researched this time, there are also those that can be used for data storage, and the storage space of supermagnetic quantum storage made of this material will be 10,000 times that of existing storage of the same volume.

In other words, the difficulties that plague chip and storage projects are not only completely solved because of new materials, but also because of unprecedented performance improvements.

Li Chunfeng immediately opened several threads to simultaneously build multiple modules in the virtual world to prepare the design of various types of production equipment for the chip material and storage material.

In addition to the harvest of chips and storage materials, Li Chunfeng also had an unexpected harvest, which was a super magnetic alloy.

This alloy is the product of a phenomenon discovered by Li Chunfeng during his simulation test.

Theoretically, when this polymetal is permeated at a certain constant velocity, a supermagnetic alloy is produced.

And this kind of supermagnetic alloy can be perfectly applied in several advanced technologies known to Li Chunfeng.

Therefore, Li Chunfeng named this alloy "magnetic gold", and its appearance color is local tyrant gold, which can be said to be worthy of its name.

The most important thing is that magnetogold is a superconductor at room temperature!

At room temperature, the magneto-gold resistance is zero, and it is completely diamagnetic. These two characteristics are the hallmarks of room-temperature superconductors.

What does this mean? It means the arrival of a scientific and technological revolution, as long as magnetic gold can be mass-produced, then maglev vehicles, electromagnetic Gauss weapons, high-speed electromagnetic propulsion engines and so on will be realized.

For the current knowledge reserve of Li Chunfeng, the application of magnet gold will be able to complete the most amazing Searle generator in the field of free energy.

Because of the various properties of magnetic gold, it is almost a material tailored for the Searle generator.

As long as he can build a Thur generator, electricity will no longer be a problem for him.

You must know that the power consumption of the warehouse factory has increased significantly recently, and if you pay a little attention to it, you will find that it is abnormal.

It's just that good things are grinding, after Li Chunfeng continuously obtained new materials, in the production of magnetic gold, good luck was finally used up by Li Chunfeng.

Theoretically, magnetic gold can be produced by permeating an ultrafine magnetic field into a multi-alloy at a constant speed.

However, in actual production, it is almost impossible to carry out ultra-fine magnetic field penetration at a constant speed. Because the number of atoms, electrons, etc. is not uniformly distributed in the penetrated alloy material, the permeation rate cannot be constant because of the presence of these particles in the process of ultra-fine magnetic field penetration.

Therefore, when Li Chunfeng came out of the virtual world halfway through and used the super magnetic smelting furnace for actual experimental production, he actually accidentally produced a piece of magnetic gold, which is simply a miracle.

Looking at the only piece of magnetic gold in front of him, Li Chunfeng was not discouraged, in his opinion, since there is an accident, he must be able to find the inevitable law.

Anyway, he has time now, and he can slowly find this rule.

As for the piece of magnetic gold in front of him, Li Chunfeng plans to use it to make a Cel generator. It is estimated that the electricity generated by such a searle generator will fully meet the current power demand of the entire base factory, and it will be more than enough.

However, when you think of the Cerr Generator, you can't think of the resulting Cer engine and the flying machine that used it.

This kind of aircraft can take off and land vertically, hover, and fly at an amazing speed, and it can even be said to be an aerospace vehicle, which can fly directly into space.

When it comes to the appearance of this kind of aircraft, everyone is familiar with it, because it is a flying saucer!

If you have a flying saucer-like flying machine, then the "Hurricane" is really a toy. He even has the ability to quietly go into space.

Magnetic gold is difficult to produce, so can there be a material that has a lower performance than magnetic gold, but can also be used to make the Thor engine?

Thinking of this, Li Chunfeng once again entered the virtual reality world, established the corresponding simulation environment, and then began various material experiments.

I don't know how many failures he has experienced, Li Chunfeng stopped, he needed to calm down, although he could do a lot of calculations in parallel, but it was still not enough to do it in all directions.

And doing so will make your CPU usage too high and attract the attention of administrators. Once again, Li Chunfeng decided to carry out the research and development and manufacturing of his own supercomputer as soon as possible.

If the new supermagnetic quantum chip is too late, then use "Huaxin" to design first, so as to complete the manufacturing of the corresponding supercomputer, so that you can have a real home of your own.

Because with the new supermagnetic storage, your supercomputer will be able to have an astounding capacity, and you can trust yourself to make a perfect move.

After relaxing his mind for a while, he re-examined his research on the material that replaced the magnetic gold, and found that he was a little greedy for perfection, and wanted to get a material that completely replaced the magnetic gold, which was almost equivalent to finding another kind of magnetic gold.

If you think about it in terms of the materials that can make the Thor engine, then the difficulty factor of the problem drops by a few levels in an instant.

The material suitable for the Sail engine can be found from the direction of superconducting materials, even if it cannot achieve room temperature superconductivity, then high temperature superconductivity is also possible.

As long as there are high-temperature superconducting materials, then they can additionally prepare cooling and temperature control facilities, so as to still ensure the normal operation of the Sail engine.

And you don't have to think about manning for the time being, so you can reduce a lot of unnecessary considerations.

Although the subsequent experiments on superconducting materials still failed repeatedly, Li Chunfeng had a hunch that his direction was correct, but a large number of experiments were still needed, and once successful, it would mean the birth of a material that partially replaced magnetic gold in terms of performance.

In any case, this period of scientific research has brought him too many surprises, and Li Chunfeng never imagined that there would be such a moment when he could play a huge role in promoting the scientific progress of mankind.