Super Dimension Technology Era

January 11, 2017.

The New Humanity Project is completed, and all 1.386367116 billion people in the mainland have completed biocomputer implantation.

In addition, there are 5,776,943 people in Hong Kong, 642,637 people in Australia, and 13,496,730 people in Dai Yuan Province who have completed the new human transformation.

There are those who have not reformed, and the reasons are self-evident.

The total number of people in the Human Alliance who have completed the transformation of new humans has refreshed to 5,736,943.

After the Nether Mansion concluded its annual meeting, it was decided to name 2016 as the first year of the New Human Era, referred to as the New Era.

In 2017, the New Era was officially launched within New Humanity, and 2017 is the first year of the New Era.

This means that the AD era of the old era has officially become a thing of the past, and human history has entered a new page.

…

After Huang Mingzhe got off the line, he stood up, stretched, and picked up the high-energy nutrient solution on the side to replenish his physical energy.

Opening the office door, he was still in the Nanorobot Research Institute.

Come to the testing field inside the laboratory.

He Shibing is controlling the nanorobot. The current nanorobot is close to maturity. The only shortcoming may be the operator's plug-in equipment.

I saw He Shibing wearing a silver-gray helmet full of science fiction. This is a helmet that integrates brain wave sensing, neutrino communication, a built-in biological computer, and multi-functional glasses.

The nano-helmet is mainly used to control nano-robots, and can also assist the operator in fighting and working.

In addition, there is a 12 kg battery backpack, which contains: a 10 kg high-energy battery with 24 kWh energy storage, a wireless charger with a charging range of 150 meters, and a battery management system.

In the testing field, some silver-gray masses appeared and disappeared in the air or on the ground.

Since the diameter of nanorobots is only about 480 to 510 nanometers, dust with a particle size of more than 10 microns (PM10) usually sinks due to standing still (that is, the wind no longer resists gravity).

Smaller dust particles cannot sink naturally and can only be collected through filtration or the electric field method mentioned below.

Therefore, nanorobots can be suspended directly in the air, and they can use their own electrostatic field to move and gather quickly.

Beside the test site, Huang Hongda was operating various electromagnetic interference, laser interference, and sonic interference equipment, constantly interfering with the control of the nanorobot.

Huang Mingzhe clicked on their test report and found that the nanorobot still had many shortcomings.

For example, energy consumption is very large. One unit (one kilogram) of nanorobots consumes 15 to 17 kilowatt hours of electricity per hour under high-intensity operation.

In fact, this energy consumption is not the energy consumption of the nanorobot itself, but the consumption of the wireless charger. At most, only 15% of the power released by the wireless charger is received by the nanorobot.

The second weakness is the control range. Judging from the current series of tests, the ultimate working range of the nanorobot can only reach about 3.4 kilometers.

However, the practical range is only about 400 meters, because it involves restrictions on precise control and charging distance.

This is still a new human race with biological computer assistance. If ordinary people control nanorobots, they probably won't be able to climb 100 meters.

Of course, there are still some solutions to this shortcoming. For example, using a neutrino atomic imager can accurately control nanorobots within a range of 3.4 kilometers.

The problem is that the smallest neutrino atomic imager is 45 kilograms, and the neutrino atomic imager that can cover 3.4 kilometers must weigh about 150 kilograms.

This weight is extremely disadvantageous for individual soldiers and can only be used on armored vehicles and the like.

But even with these shortcomings, nanorobots are still very useful.

He Shibing controlled the nanorobot to chew a high-strength alloy steel plate weighing hundreds of kilograms into a pile of powder in just ten minutes.

On Blue Star, no matter how strong things are, they cannot withstand destruction at the atomic level.

The nanorobot activates the iron atom adsorption function and moves iron atoms out of the alloy steel. Alloy steel has no way to resist this kind of destruction.

Among the functional components of the nanorobot, 22 common elements can be transported. Obviously, it is difficult to avoid the use of common elements in human metallic and non-metallic materials.

Even titanium alloys contain carbon and other elements, making this an unsolvable attack.

For example, when nanorobots attack living organisms, they directly attack the carbon elements of the living organisms, even if they are lizardmen, they will kneel down.

Nanorobots can currently only be used to destroy, and the function of building objects has not yet been designed.

To build the function of an object, it must be coordinated with the neutrino atom imager, otherwise it will be difficult to be accurate.

Huang Mingzhe knew that he had to improve the neutrino atom imager and miniaturize the device, preferably compressing it to less than 10 kilograms.

As for the issue of energy consumption, for the time being, the only options are to increase the energy density of the battery, or to directly use a micro-nuclear fusion reactor. Because of the waste problem of wireless charging technology, this is an inherent flaw.

I watched the self-healing and self-replicating functions of the nanobots for a while.

Due to the need for self-healing and self-replication of nanorobots, the materials used to make nanorobots are common elements.

Try to avoid using small amounts and trace elements as much as possible, so that raw materials cannot be found outside.

In terms of replication speed, the fastest it can be doubled is 186 seconds.

After discussion with He Shibing and others, Huang Mingzhe decided to restrict the division and reproduction function of nanorobots.

According to the upper limit of the biocomputer computing power of the nano-helmet, the maximum number of single-machine nano-robots is set to 50 units.

The original nanorobot can only divide and reproduce 500 times. After 500 divisions and reproductions are used, the division and reproduction function will be automatically locked.

Second-generation nanorobots do not have the function of division and reproduction.

If the certified user of the nanorobot dies or is stripped of the nanorobot, the nanorobot will self-disintegrate after 72 hours.

Users of nanorobots must go to the Nanorobot Management Center for re-certification every year, and special personnel can extend this to once every three years.

Obviously Huang Mingzhe is preventing some unnecessary troubles.

…

At the same time, as the country gradually entered a wartime mechanism.

In January, secret mobilization orders were issued to various places to recruit 15 million new humans into the army.

In addition, militia mechanisms in various places have been activated, and militia training is conducted for some workers in factories, farms, and rural cooperatives.

There are more and more Phoenix satellites in outer space, which means that the time for a decisive battle between the new humans and the G organization is getting closer.

Combat robots, exoskeleton armors, and Baiqi-class or provincial-class robots are rapidly entering service.

The Nether Palace has also conducted several consecutive exercises. Facing the G organization on Blue Star, Huang Mingzhe and others still have some confidence.

However, at the headquarters of Organization G on the moon, the intelligence information was quite vague. Just in case, they could only strengthen their bargaining chip as much as possible.

For example, when nanorobots were just ready for mass production, three models were hurriedly launched and put into mass production and service.

Huang Mingzhe hates war, but he has to admit that war is a catalyst for technology.

Many of the technologies currently used by humans had their foundations laid during World War II.

The next fork in the fate of Blue Star and mankind is approaching. What is the fate waiting for mankind?

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