See you soon Douluo

Chapter 2183 Dream Bubble
  The nanosystem used by Adams is itself a system that integrates considerable complex functions.

This nanorobotic system is a highly complex engineering marvel, composed of hundreds of nanoscale components, making it versatile and highly intelligent. Below is a detailed introduction of its main components and functions:-
  Contains a microprocessor and storage unit responsible for executing complex algorithms and controlling the robot's behavior.
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  Integrated advanced artificial intelligence enables the robot to learn and adapt to different environmental conditions.
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  Using nanoscale sensors, it is possible to sense the physical and chemical properties of the surrounding environment.
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  Advanced positioning technology is integrated to ensure that the robot accurately navigates and positions itself in three-dimensional space.
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  Small nanomotors and microcontrollers enable robots to perform precise movements at microscopic scales.
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  Through advanced motion planning algorithms, traversing and operating complex structures are achieved.
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  Equipped with nanoscale mining tools capable of extracting required raw materials from the environment.
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  Atomic-level manipulation capabilities allow it to perform precision manufacturing and construction work.
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  Real-time collaboration and information exchange between robots is achieved through wireless nano communication modules.
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  Form self-organizing networks that can perform tasks together, such as collectively building structures or handling large-scale tasks.
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  Has self-replicating capabilities, allowing the robot to generate new nanobots when needed.
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  Integrated self-healing system can repair when damaged, extending the life of the robot.
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  Utilize advanced energy harvesting technologies, such as solar energy or kinetic energy conversion, to ensure that the robot has sufficient energy supply during operation.

The comprehensive design of this nanorobotic system enables it to perform diverse tasks in a variety of environments, from infrastructure construction to microelectronic device manufacturing, demonstrating its outstanding performance.

The advantages of this nanorobot working on a planet without humans are significant, which are reflected in the following aspects:

Perception and Adaptability:-
  Nanorobots are equipped with highly sensitive sensors that can adapt to different environmental conditions, from climate extremes to terrain diversity.
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  It has the ability to learn independently and can quickly adapt to unknown terrain and resource distribution.

Unexplored and exploited:-
  Robots can independently perform exploration tasks, cover vast areas of the earth's surface, and discover and extract potential mineral resources.
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  Build temporary bases autonomously on planetary surfaces to support long-term mission execution.

Efficient resource utilization:
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  Utilize atomic-level operating technology to maximize the efficiency of mineral extraction from planetary crust and reduce resource waste.
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  Automate mineral analysis to extract only the elements and compounds valuable to the task.

Self-maintenance and repair:-
  The robot can autonomously repair damaged parts, improving its durability and stability in harsh environments.
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  Maintains working capabilities under extreme conditions without manual maintenance.

Autonomous energy harvesting:
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  Use energy sources such as solar energy to continuously supply energy to robots and reduce dependence on external energy.
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  Operates effectively under extreme light or temperature conditions.

Remote communication and collaboration:-
  Establish self-organizing networks among nanorobots to achieve long-distance communication and collaboration.
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  Able to work together to complete complex tasks, such as building infrastructure or collecting large amounts of data, without direct human intervention.

Low environmental impact:-
  Due to its small size and lightweight materials, it will cause minimal disturbance to the planetary environment.
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  Avoid the introduction of foreign materials and reduce potential impacts on planetary ecosystems.

Quick response and adjustment:
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  Robots can quickly adapt to changes in task requirements and adjust tasks according to new goals.
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  Be able to respond flexibly to unknown situations and improve work efficiency.

These advantages make this nanorobot system an ideal choice for resource development, exploration and infrastructure construction on uninhabited planets.

Adams stood alone on the surface of a desolate planet, surrounded only by silent deserts and dilapidated ruins. The silent air was filled with the smell of metal, proof that the nanomachines were operating silently under his control.

In the blue starry sky, the lonely Adams was wearing the heavy armor he wore in the sandstorm. His figure looked lonely and firm in the wind and sand. Holding a small controller in his hand, he watched a group of tiny nanomachines from a distance. They were like silver ants, working hard next to a ruins. Under his command, these nanomachines accurately extract minerals from the depths of the planet. His technology created an entirely new smelting method, converting otherwise wasted resources into high-purity metals. Adams' eyes sparkled with technology, and he became the only ruler on this desolate planet.

Traveling between the ruins, he began to control nanomachines to process metal into exquisite parts. The lonely mechanical sound echoed in the ruins, as if it were the planet's response to his efforts. Adams assembled the parts into microchips, his eyes shining with satisfaction and pride.

In the ruins of this lonely city, Adams is like a modern miner, using the power of technology to breed new life. His loneliness was filled with the hum of nanomachines, as if the planet was paying him back. This desolate planet is glowing with new vitality thanks to Adams' efforts.

Adams stood in front of the control center, with the miraculous stage of nanomachines in front of him. He knew in his heart that in order to fight against the evil aliens, he needed to build an intelligent and powerful logistics base to ensure the survival of his comrades.

First, he conceived a nanomachine called Skywalker. This tiny machine can travel through the ruins of the planet, searching for resources and quickly setting up simple defenses. Skywalker's shell has excellent resistance to wind and sand, and at the same time gives it the intelligence to make independent decisions, quickly adapt to changing environments, and nanotechnology can also realize self-repair during combat.

Second, Adams designed a medical nanomachine called the "Life Source." This swarm of tiny machines is infused with biomedical knowledge and can autonomously treat the wounded in combat. The source of life can not only heal wounds, but also analyze pathogens, formulate vaccines, and resist alien biochemical attacks.

In order to better coordinate the war situation, Adams launched the "Strategic Mingwu Nano Core" (referred to as "Mingwu Core"). This system accesses satellite data and analyzes the alien activity patterns in real time to assist commanders in formulating the best strategy. Mingwu core also has the ability to resist electronic interference to ensure smooth communication.

Finally, in order to strengthen logistical support, Adams designed the "Quantum Supply Aircraft Swarm" (referred to as the "Quantum Flying Swarm"). This group of quantum supply drones carries ammunition, medical supplies and food, and uses quantum communication technology to quickly and accurately supply on the battlefield.

Adams used his deep knowledge of nanotechnology and mechanical engineering to create a strong logistics base in this design process. This logistics force created by nanomachines is destined to become a solid barrier against evil aliens.

The number of these movie-like monsters on the battlefield is almost endless. The virtual battlefield looks like a planet, even with these equipments. The people who are killed here often fall into the desperate situation of being wiped out by the enemy's bombardment. In this environment, it is difficult to win the battle by relying on a full-scale attack. After all, the virtual battlefield is The scope is probably not just this one planet. According to the previously released detectors, there is an almost complete universe inside this black hole. Maybe the planet they occupy can only be regarded as the first step out of the winding mountain. In the first part, after completing this step, they still have a lot to do. They still need to explore in deep space to find the core of this virtual battlefield. After finding the core of the virtual battlefield, they can possibly seize the enemy's hands and seize the containment itself in the core of the battlefield. At present, the progress of their strategy is pretty good. Although the enemy is so powerful that they often annihilate the group, the opponent does not seem to know how to attack the remaining industrial buildings on the surface. In the final analysis, their opponents are not beings with super high IQ, and they may not even have the IQ of ordinary humans. It is not clear what significance these equipments have to human beings. Although the attacking people can be wiped out each time, after these industrial equipments are retained, Adams enters the world again, which is not as difficult as the beginning, especially After noticing that the other party would not take the initiative to destroy these building facilities, he began to smelt metal on a large scale when he came in again and again, concentrating as much metal as possible on the surface of the planet. And one storage warehouse after another was built, and the effect was obvious after burying them. After rounds of accumulation, there was a situation like a fox at the beginning. There were a lot of metal resources available at the beginning. At the same time, These metal resources will also protect the internal mechanical equipment. Although the number of enemies is large and continuous under siege, it can exceed the upper limit of most defenses. But these enemies really have no way of detecting what is inside the metal layer hundreds of meters away, and the machines hidden here cannot be detected after the external metal is cut off and the metal is processed into various mechanical equipment. It was taken out and the base was quickly deployed. It took dozens of deaths to gain the opportunity to reincarnate. Although it was impossible to let go of a large amount of metal easily, it quickly spread out on the ground like a base vehicle. The Alien Queen is like a reorganized Queen. Although she has countless younger brothers, at this time she has become a numerically disadvantaged party and has been retreating steadily during the siege. After all, I have prepared for many reincarnations, and even had the opportunity to defeat my opponent, but I still chose to give up strategically, and then through continuous accumulation, I urgently needed more advantages, and finally laid the victory blow. Under such a situation, even the opponent, who had considerable strength, was ultimately defeated and retreated steadily on the planet. In the end, this desolate planet completely changed its owner or defeated it. At the same time as the Queen of this planet, they also got a piece of not-so-good news, that is, there are altars for the Queen to worship on this planet, and the dead bodies were placed on these altars. Although Dying in the virtual environment of this world will not cause endless torture again, but will only force the soul to return to the real world after a period of time, but the body will remain here, and the material will not disappear because of this. And these bodies were sacrificed. Given to a higher-level master, it seems that the other party needs the remaining soul power and the severe pain caused by the death process. And this super master is probably the real guardian of the containment. If you want to defeat him, you must enter the starry sky. And according to part of the memory extracted from the brain left behind by the Queen when she died, we can know that under the starry sky. There is an extremely powerful re-rental spacecraft, which is the main body of the spacecraft made entirely of giant insects. The fleets they lead are all of the same composition, and they are extremely large in number. In the starry sky, there is almost no natural enemy in the boundless stars. And the armed forces they just established on the surface of this planet are a bit stretched even if they are only used for defense, let alone counterattack.

But fortunately, with the presence of Adams, he saw that the defense capabilities on his planet were insufficient. After hesitating for a period of time, he actually chose to die actively. As long as there are still people alive here, he can continue to hold his position, and he only needs to face the fear of death once and face the beyond-boundary pain he suffered in the death process without collapsing. Every time he persists, he has a chance to bring a complete set of nanomachines, and a set of nanomachines itself can give him a huge increase in control ability, allowing him to greatly advance the technological progress on the planet. After the rest of the people saw him making this choice, a group of people who were brave enough and determined enough emerged and chose to die like him, and then returned to the real world to bring a large number of nanomachines and unload them, able to control them. Adams is the only one who owns these nanomachines, but it does not mean that there are no people who can help him carry the nanomachines. The upper limit of the total amount of matter that each person can carry has long been explored. With the help of a large number of warriors who dared to face the beyond-boundary pain after death, countless nanomachines were transported, and the next step was the moment of technological explosion on this planet. With enough nanomachines to provide assistance, a factory that can completely complete the production of nanomachines will have the prerequisite for successful manufacturing. With this thing, it is theoretically possible to achieve mass production of nanomachines. There is no need to sacrifice human lives in such a hard way to send precious nanomachines to this world. They only need to consume the materials on this planet and the materials they capture in space, and they can produce them almost endlessly. , and by that time, the combat effectiveness comparison between them and the Zerg in the starry sky will gradually become closer.

[To be continued]

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