Now, my laboratory has such advanced experimental equipment, so why worry about not being able to realize my ideal!

For a moment, Professor Huang's mood was as turbulent as the sea.

However, when his students saw some unfamiliar experimental equipment, they asked curiously.

Fang Xiaoyue didn't hide anything and introduced it casually.

"This is a microchip detector manufactured by Xiaoxiao Intelligent Equipment Company. This is also produced by Xiaoxiao Intelligent Equipment Company."

After this round of introduction, the remaining half of the experimental equipment in the laboratory are produced by Xiaoxiao Intelligent Equipment Company.

This is not surprising, because some equipment is not available at all or cannot be purchased in a short period of time.

After all, his place is just a private company's laboratory, and it is impossible to purchase cutting-edge instruments as conveniently as the National Academy of Sciences.

Under such circumstances, instead of wasting time buying, it is better to make it yourself.

Besides, some of the ultra-high-precision instruments he needs cannot be manufactured at the industrial level of this world.

Fang Xiaoyue spent a lot of effort in the past few days, using golden light spots to adjust some second-rate and third-rate instruments, and finally concocted these cutting-edge instruments that did not exist in the world.

But in order to cover up these secrets, he blamed the small smart device company.

After all, in the eyes of everyone, it is not an exaggeration for a high-end black technology company like Xiaoxiao Intelligent Equipment Company to produce these cutting-edge instruments.

After holding a meeting to briefly clarify some rules and regulations of the laboratory, Fang Xiaoyue handed over a design plan to Professor Huang.

Professor Huang took over the design plan with some surprise and started looking through it.

His expression soon changed as the pages turned.

"Who made this design?"

There is no doubt that this design plan touched the G-spot in Professor Huang's heart and made him excited.

No way, some of the ideas coincided with some of his previous ideas, and were more advanced.

Fang Xiaoyue smiled and clicked on the cover of the plan.

Professor Huang took a look and saw Su Xiaoxiao.

Professor Huang is convinced of Su Xiaoxiao's achievements in AI intelligence, robotics, etc.

After all, no matter how old you are, those advanced engineering robots and housekeeping robots have actually been built.

No one can say it is fake.

After all, the robots currently used in large numbers in Xuanyan Country are not just fake.

But Professor Huang always believes that micro-robots are different from macro-robots.

That's why I was so surprised when I saw that this design plan was written by Su Xiaoxiao.

But no matter what, Professor Huang still approves of this design plan.

As an expert who has been immersed in micro-robots for more than ten years, he can tell whether the design is good or bad.

As for whether this design plan can be realized, it depends on the next work.

After all, just like the nuclear fusion reactor in the past, everyone basically knows how to build it, but there is no way to build a reactor that can operate continuously for a long time.

It wasn't until Fang Xiaoyue took action that this problem was solved.

Under Fang Xiaoyue's guidance, the Nanorobotics Laboratory quickly became busy.

In order to conduct experiments more conveniently and quickly, Fang Xiaoyue also specially built a micro-factory next to the laboratory.

This microfactory is only half the size of a classroom, but it can produce various accessories for nanorobots.

Fang Xiaoyue's design plan did not simply reduce the size of the engineering robot.

After all, after the various built-in tools of engineering robots are reduced to the nanometer level, it is very difficult to assemble them into nanorobots.

To put it bluntly, his design plan is to first create a nanorobot that can swim in water.

It doesn't need to have any functions.

As long as it can be created, it is considered progress.

Of course, before this plan, he had conducted millions of experiments using golden light spots.

Therefore, as long as this design plan is followed, nanorobots can definitely be created.

It's just that making nanorobots in the laboratory is not as easy as golden light spots.

After Professor Huang and others took out the preliminary design drawings, they squatted in the micro factory and worked hard for several days, wasting an unknown amount of materials before creating qualified accessories.

The subsequent assembly is also extremely troublesome.

Fortunately, one of Professor Huang's students is very talented in mechanics.

It took 8 hours to successfully assemble the first nanorobot with the help of a micro-robot.

To be honest, even Professor Huang couldn't believe that in just one week from drawing to building and assembling, they successfully assembled the nanorobot!

You know, including Professor Huang, they have never done this kind of experiment before.

Isn't this too smooth?

Of course, success does not mean everything is smooth.

When testing the movement ability of the nanorobot, it was originally equipped with four nozzles, but three of them had problems, causing the nanorobot to only move forward in a straight line, unable to retreat or rotate, etc.

After all, this nanorobot is shaped like a caltrop, with a diameter of 100 nanometers, and a nozzle installed at each of the four corners, which provides power by absorbing water molecules with a diameter of 4 nanometers and spraying them.

Of course, even if problems arise, a nanorobot with a diameter of only 100 nanometers, that is, 1 micron, can be manufactured and can move. This is already a major breakthrough in microrobot research.

After all, both the laboratories of Xuanyan Country and Choudras Country are still spinning at the level of tens of microns.

Unlike other laboratories that use titanium atoms or silicon atoms to build robots, Fang Xiaoyue uses carbon atoms to build robots.

This nanorobot is composed of more than three hundred carbon atoms.

It is difficult to say that such a robot can achieve the signal receiving function.

But Fang Xiaoyue quietly took action at this time. After the golden light disappeared, it was buried in the core of the nanorobot, allowing the nanorobot's original imperfect signal reception function to be realized.

After all, if the nanorobot cannot receive signals, humans will not be able to give instructions to move it.

Of course, Professor Huang and others are still puzzled that the nanorobot can move smoothly.

After all, the signal receiver they designed was questionable as to whether it could be used due to the influence of the microscopic level itself, but it actually worked.

It's like someone built a raft out of wood, and the raft was able to survive a typhoon and reach the coast thousands of miles away.

Of course, in scientific research, many things are difficult to investigate before physical theories are updated.

Professor Huang and others are not masters of basic physics research, so they can only focus on the nozzle.

Another week later, the problem with the nanorobot's nozzle was finally solved.

When the nanorobot began to swim freely in the water, Professor Huang and others suppressed their excitement and quickly recorded the experimental data.

After all, gadgets like nanorobots have too much influence from the outside world.

It would be fine if it was a group of nanorobots, but there is only one. If everyone shouts excitedly, it will inevitably affect the accuracy of the experimental data.

After being able to make nanorobots move freely, they immediately focused on developing the tools used by nanorobots.

There is no doubt that the first nanorobot tools are still in the medical field.

After all, even if Fang Xiaoyue created mythical species such as the Immortal Grass and the Holuo Fish, which can prevent people from going to the hospital, the Immortal Grass and the Holuo Fish cannot cure all diseases.

For example, Luoyu can make people strong and less sick. Immortal grass can treat most diseases, but it cannot treat burn patients, trauma patients, etc.

Besides, compared to Fang Xiaoyue's fantasy of nanorobots that can quickly repair ships and machine damage, nanorobots in the medical field are undoubtedly much simpler and will not trigger strong opposition from other countries.

After all, nanorobots that can quickly repair damage to ships and machines can be considered within the scope of weapons.

Based on the sensitivity of other powerful countries, it is difficult to say that they will not cause any trouble, just like the previous space elevator.

Besides, weapons-grade nanorobots will also scare the common people.

After all, many movies and TV shows have previously described terrifying scenes of overwhelming silver nanorobots devouring everything.

Nanorobots in the medical field are easier to accept.

Three months later, Professor Huang held a test tube, which contained a black liquid with a slight luster.

This is the medical nanorobot they successfully developed.

That black and slightly shiny liquid is actually composed of hundreds of millions of medical nanorobots and maintenance fluids.

Since nanorobots at this level cannot be equipped with an independent CPU, they can only act under the remote control of AI intelligence.

Under the attention of everyone in the laboratory, an anesthetized monkey was pushed in while lying on a mobile bed.

This was naturally not the monkey Fang Xiaoyue bred on that uninhabited island, but a monkey specially used for biomedical experiments.

The fate of this kind of experimental monkey can be called tragic.

They are all monkeys carefully bred in specialized breeding farms.

Each one has a bloodline record.
To be continued...