Just like the earth in this era, one of the links with the highest processing accuracy requirements in the entire industrial system, the processing accuracy in the chip manufacturing industry, has reached the level of tens of nanometers.

However, it would be a joke to want to enter nanorobots just because they have nano-level processing accuracy.

You must know that in a field like nanorobots, in this era, it can even be said that there is no entry, at most it is just to know where the threshold is.

I know that this thing is difficult to do, it is difficult to do anything, but I want to start from scratch, but I can't even find a proper direction, so I can only bump into the dark, die one after another, one after another.

Not to mention the creation of intelligent, manipulable, and interactive nanomachines, even the simplest nanofabrication processes have no clue at all.

In this field, the highest achievement of this era can only be called "drawing level", that is, in a variety of different media, painstaking efforts and means, through a series of technological cooperation, it is only a simple text, or symbols and the like left on the medium, not even a decent complex figure can be powered.

An achievement similar to writing a nano-scale text of the "Han Empire" has no greater significance other than a little use in boosting the morale of the country, in short, the field of application is too narrow.

However, in the field of nanomaterials, there have been some great achievements in this era: they can already make many kinds of nanomaterials.

0-dimensional nanoparticles, 1-dimensional nanotubes, and 2-dimensional nanolayers are all breakthroughs in materials science and technology in this era.

It is such a simple achievement, but it is fed back to the entire industrial system, that is, countless new branches of science and technology are growing wildly, and new applications in materials science are emerging one after another, supporting the rapid development of the entire industrial system A variety of technologies and products that once only existed in the imagination, greatly improving the overall ability and cutting-edge manufacturing level of the entire scientific and technological system.

Lighter materials, materials with better electrochemical properties, and a variety of new materials bring about the upgrading and replacement of the whole industry chain.

From this point, it can be seen that this kind of exploration and cognition towards the microcosm, although it costs a lot of money and is full of risks, it is by no means meaningless and valuable.

If you want to build a large amount of product, you must first understand how microscopic the world is, the foundation has not been laid, you can't use the drawings of a spaceship, you don't have the materials, the corresponding processing process or something, you are all confused, you really have to work hard, needless to say that it is all proper.

However, although there has been some progress in the microscopic field of nanoscale in this era, there is still an unattainable distance from the era of nanorobots.

Don't look at the nano-level materials, there are already some, but the distance from the deeper nanorobot manufacturing, this is still 108,000 miles away, from the most primary, to prepare nano-scale materials, to the construction of nano-scale machinery, and then to the formation of program-controlled (can be remotely and complexly controlled) complex structure of automatic force nanorobots, intelligent (with program intelligence), and life-level (simulated cells, Genetic architecture) nanorobots, every progress in the middle, is across the times, need all aspects of materials, technology, technology, cognition, design field of comprehensive support, which point of progress, do not need a bit of exploration and accumulation?

In this case, it is extremely difficult to take a step forward, and it will take hundreds or thousands of years to do it, even if it drags on for tens of thousands, hundreds of thousands of years, or even hundreds of thousands of years without an inch, it is not uncommon at all.

The stagnation in the micro field means that to a large extent, a complete set of industrial circulation systems of the macro system has stopped in the corresponding time period.

Without new lightweight materials, it is difficult to reduce weight, and it is difficult to improve flight efficiency, there will be no new generation of advanced fighters.

There are no new superalloys and new high-strength materials for the engine, and the power field can only be turned over and over to the design for benefits, spending countless costs, and thousands of designers and draftsmen are tired and tired, which is not worth the innovation of the material.

Such effects are pervasive throughout the entire industrial system, benefiting billions of people in their daily lives, and the resulting productivity gap is absolutely obvious.

Exploration in the microscopic field is so difficult, so important, and almost the difference between heaven and earth.

However, this is someone else!

With this microparticle mother machine in Sima Mulong's hand, the situation is completely different.

Under the normal industrial system, for the nanoscale micro field, the exploration of this aspect is simply a blank, if you want to explore a little bit of knowledge, make a little progress, it is rare to be like anything, you need to pay a lot of price, you need to gather social forces all over the world.

But Sima Mulong is not a problem at all!

Not to mention a series of related technical problems in the nano field, that is, more in-depth picomi, feminine, ami fields, Sima Mulong's mature technology is also a big handful, he is completely effortless, he is ahead of others I don't know how many eras, what a huge advantage? It can be said that this piece alone is enough for him to enjoy hundreds of millions of years!

Sima Mulong's microparticle mother machine represents a collection of productivity under the entire system, with as many as 12 levels of experimental, research and development, production, and maintenance systems, each level of productivity, are summarized into a level, which has 12 levels, and the higher the level of the base, the more the need for the productivity of the low-level base to provide the necessary maintenance to be able to operate normally, so as to ensure that before the loss period arrives, a thorough replication can be carried out without causing industrial disconnection.

Because of this, the more high-level bases, the more scarce the number, and the more valuable their strength is, under normal circumstances, it will not be used at will, only when the lower base has formed a certain volume, and the superior base can be fully maintained, and even replicated, the upper base will be used as a new generation of conventional forces, mobilization, deployment, and replication production.

The reason why the internal base level of the microparticle mother machine is divided into 12 levels, the specific division standard is to take microns as the first level, 10 negative cubic as a promotion standard, the highest level of experimental base, can carry out 10 negative 39 power level of basic materials decomposition, preparation, processing, research, exploration, application design and other work, the level of laboratory, there is only one, other levels of bases, also only retain the necessary, indispensable quantity, must carry out a series of expansion, Replication can really start at full power, and finally form a full state, and then continue to explore the deeper mysteries of the microscopic world.

It is precisely because it has such a great power and such an unfathomable degree of snooping into the microcosm that it has the possibility of manufacturing only with the assistance of the power of the Golden Immortal.

In the microscopic world, when the conditions are not met, many elementary particles cannot be decomposed, or even can not exist alone, the reason why such particles can be decomposed again, and even processed and reused at a deep level, so as to reach the extreme exploration height of the microcosm, is because the golden immortal energy has formed many independent rules of time and space within it, forming a suitable environment.

In contrast, the reason why after absorbing more than 1,500 tons of material particles, only showed a weight of 5 grams in the outside world, this was just a small application of the Golden Immortal Energy.

However, it is precisely because the power of the golden immortal is so precious, even if the microparticle mother machine is so important, it is impossible to open it up and use it casually, it is precisely because of the original intention of saving the power of the golden immortal, at the beginning of the design of the microparticle mother machine, its internal layers of bases, are only in the most reduced state, some of the bases at the upper level, once the abuse causes damage, and even will have the effect of breaking the chain, when the time comes, it will be difficult to make up for it.

Therefore, it is necessary to accumulate layer by layer, and constantly accumulate a sufficient number of subordinate bases, so as to be able to continuously tap the power hidden in its deep layer.

At present, the microparticle robots that are really mature and usable, and can be replicated at will without fear of being limited by production, are only at the level of micron robots, and the bases at other levels are now not used if they can, and they are too capricious and only themselves in the end.

However, even in his current state, Sima Mulong can completely form a global suppression in the micro field.

It must be known that this era is still in the most difficult initial stage of exploration in terms of the progress of creation in the microscopic field, not to mention the microparticle robots above the nanometer level, that is, the micro-level microrobots, which are still in the most primitive stage.

Now the original owner knows, the only report on a micro-"bacteriological robot" of tens of microns has ever been seen, and the results it shows are just the most primitive, just an ultra-simple structure robot formed after the material deposition and curling, which can only rely on its material composition and carry out a certain amount of movement control under the guidance of magnetic force, and it does not even have a mature structure at the mechanical level, and it is a weakly exploded laboratory product!

Compared with Sima Mulong's micron robots, the maturity level is simply beyond the sky, is there a sky? How huge the strategic advantage is brought by this, I am afraid that only he knows it.

That's definitely a sum of money, a cheating-level power that anyone would envy when they see it, and can help him do many, many things.

Having said that, if he doesn't even have this advantage, why does Sima Mulong dare to dominate the world and lead civilization?

He is now poor and ugly, with empty sleeves, if he doesn't have this bit of goods at the bottom of the box, I'm afraid he will really fall into the streets and make a living by moving bricks.