Global Monopoly of Technology

The week-long Côte d'Azur Technology Expo is finally over, but its popularity is still fermenting and heated discussions continue.

About an hour after the end of the expo, the official website of the Cote d'Azur announced a heavy news and was quickly reported by major media.

During this expo, large, medium and small customers from 157 countries and regions around the world signed medium and long-term cooperation with Côte d’Azur or its holding company and affiliated companies. A total of 359 enterprise-level customers signed contracts, with a total contract order of 68.692 billion Dollar.

The fields of cooperation include electronics, communications, new materials, biopharmaceuticals, medical devices, semiconductors, the Internet, the Internet of Things and many other frontier and popular fields.

This list of lists has undoubtedly once again shocked the world to show the leadership and strength of Côte d'Azur in the main technology fields. Luo Sheng's status as the number one person in the technology industry is almost unshakable.

After the Côte d’Azur Technology Expo ended, Nielsen, a market data research firm, published a special report, raising its 2018 forecast for Côte d’Azur from $628 billion to $715 billion.

No matter what company or industry it is in, when the company's annual revenue exceeds 100 billion US dollars, its influence on the industry is a weather vane and a barometer, and this influence is not regional. nature, but global scope.

It can be seen how much influence the Cote d'Azur Group has in the world today and in the industry it is in.

...

Science and technology complex building, in the basement laboratory.

The outside media and the industry are all talking about it, but Luo Sheng has not paid attention to these things for a long time, but is devoted to tinkering with his new inventions.

At this moment, in the private laboratory in the basement, Luo Sheng was with his two beautiful tool girls, and No. 2 and No. 18 acted as research assistants for him.

"Give me the backpack."

Luo Sheng concentrated on the minimally invasive operating table in front of him. He carefully controlled the equipment to transform a dragonfly.

Tool Girl No. 18 used a pair of tweezers to hold a debt unit smaller than the nail of your little finger and put it into the instrument port. This was what Luo Sheng called a "backpack".

During this time, he was developing a biochemical robot dragonfly, with the assistance of two tool people, his sister paper, and his development progress and efficiency have improved a lot.

The biochemical dragonfly robot is divided into two parts. The main part is a dragonfly whose neuron gene has been modified, which is the dragonfly on the minimally invasive operating table.

Luo Sheng added a gene that can express the light protein lecithin to the dragonfly, in order to make the dragonfly more sensitive to light.

In the "backpack" of the load cell, the most critical component is a light sensor he calls an "optode". Its surface is coated with dragonfly antibodies, which can emit fluorescence when the corresponding antigen contacts.

In addition, solar cells are able to harvest trace amounts of energy from the environment, so they are not weighed down by bulky batteries, which is why this "backpack" is smaller than a pinky fingernail.

Luo Sheng glanced at the real-time feedback data on the panel, and after confirming that it was correct, he continued to carry out the transformation.

On the basis of this "backpack", Luo Sheng can send his command data to the steering neurons in the dragonfly's brain through the fluorescent signal of the optode.

To achieve this, you can artificially control the dragonfly to maintain a straight line or turn in flight, and in the process, the neurons of the dragonfly will not be damaged.

Research on biochemical robots and insects is something that Luo Sheng is quite interested in. In the last life, he was an authoritative researcher specializing in the field of artificial intelligence. However, in addition to the field of artificial intelligence, Luo Sheng has been making continuous progress in cross-border learning. There are more and more fields, and they have the strength to win multiple doctorates.

It is worth mentioning that Luo Sheng has not graduated from university so far, and is still on suspension.

It can be said that as long as he wants to graduate, the school will definitely arrange it clearly for him.

This biochemical robot dragonfly is Luo Sheng's self-examination of his own research in other disciplines over the years.

In addition to taking a self-examination test for himself, Luo Sheng's idea is of course to have application value. The purpose is to develop a more flexible and easy-to-control miniaturized unmanned aerial vehicle to detect changes in the environment or Casualty search and rescue missions.

In some disaster areas, the small space that people can't go to, this kind of dragonfly biochemical robot can shine.

However, Luo Sheng's development task is not easy. The "backpack" part was developed only recently.

The lifespan of the first-generation biochemical robot dragonfly is not very long, only about three months, but because the "backpack" structure can carry additional payloads, its application range can be said to be extremely broad.

In addition to scientific exploration, environmental monitoring, disasters, etc., it can also be used to guide pollination.

The above-mentioned applications are all in the scientific and civilian fields, and because the dragonfly biochemical robot has the advantage of high natural concealment and the potential as a "spy", it is also very powerful in the military field, such as intelligence, tracking and other purposes. Make your opponent hard to guard.

At the end, Luo Sheng left the minimally invasive operating table with both hands. He glanced at sister paper No. 18: "How's it going?"

Tool Girl No. 18 replied: "Everything is normal, waiting for the sedative effect to disappear before starting the next test."

Luo Sheng nodded: "If the test can be successfully passed, it will be handed over to you later, and a batch will be produced according to the existing steps."

Tool Girl No. 18 nodded lightly: "Yes, Master."

Luo Sheng stretched his waist lazily, and the sensible No. 2 tool girl brought a chair right in front of him. The latter sat down happily, while No. 2 tool girl immediately rested in his place. Time to rub shoulders and back.

Luo Sheng enjoyed it comfortably, and muttered to himself, "Have you calculated the cost of this biochemical robot dragonfly?"

Xiaona responded quickly: "The calculation results show that the cost of a single unit is not less than 550,000 yuan."

Luo Sheng was stunned: "It's so expensive? It's nearly half higher than I expected. It seems that the next work is to reduce costs and prolong its lifespan."

The biochemical robot dragonfly has a very wide range of uses, and it can be used in disaster search and rescue, environmental monitoring and other fields, but Luo Sheng does not intend to directly use this technology for civilian use.

First, the technology needs to be improved and the market capacity is small. Five or sixty thousand yuan can only be used for three months. Not many people can afford it. This is just the cost price.

If you really want to use it for commercial use, you have to sell it for 1 million pieces. Environmental monitoring, scientific investigation, disaster search and rescue are all relatively small probability events. There is no such thing as a reserve.

The conclusion is obvious, the commercial value is dispensable.

Luo Sheng is also short of this money. He decided to create a batch of dragonfly biochemical robots and deliver them to Horizon Security Company in secret. They do not need human beings to control them. That's it.

Just when Luo Sheng was considering the application of the biochemical dragonfly, the tool girl No. 18 said: "Master, the sedative effect has disappeared, and the next round of tests can be carried out."

...