Siheyuan: Start at level 60, beat up all the animals

The nanorobots began to move. They moved freely in the container, avoided obstacles in the container, and successfully reached the designated target point.

What is even more surprising is that when Li Yang changed the environmental layout inside the container, the nanorobot was still able to quickly adjust its route and find a new path.

"Success." A gratified smile appeared on Li Yang's face. He knew that this moment marked the entry of nanorobots into a new stage.

However, Li Yang did not relax.

More sophisticated testing is needed, especially on how the nanorobots perform in the human body, an important area of ​​application for nanorobot development.

Li Yang prepared some simulated biological tissue samples and placed them on the experimental table. He put the nanorobots in them and started the AI ​​control system.

The nanorobots began to move within the simulated biological tissues. They were able to accurately identify target cells and perform preset tasks.

"If this technology can be applied to cancer treatment..." Li Yang's heart is full of expectations. He knows that nanorobots will bring revolutionary changes to modern medicine and may even change the fate of countless people.

Time passed unnoticed, Li Yang's eyes were bloodshot, but he still had no intention of stopping. He recorded every test result in detail, and he repeatedly considered and optimized every detail in the program.

Finally, after several weeks of continuous work, the initial development phase of the nanorobot was successfully completed. Li Yang sat at the laboratory table and breathed a sigh of relief, his eyes flashing with excitement and pride that could not be concealed.

"This is just the beginning." He murmured to himself, with a slight smile on his face. He knew that the road ahead was still long, but he had already taken a decisive step.

Li Yang stood up and looked at the sky outside the laboratory. It was still a deep blue night with twinkling stars, as if foreshadowing an infinite future.

Li Yang stood at the window of the laboratory, staring at the night sky in the distance with deep eyes.

The starry sky is vast, like an endless battlefield, and he is brewing a revolution in future wars.

Nanorobots have achieved initial success in the medical field, but Li Yang knows that this is far from enough. His eyes gradually shifted to the draft paper on the table, and a more ambitious plan surged in his mind - the military use of nanorobots.

War has always been the greatest driving force for scientific and technological progress.

Li Yang knows that the potential of nanorobots in the military field is simply immeasurable. These tiny machines can not only penetrate the enemy's defense system, but also destroy the enemy's core facilities silently.

They will become the most concealed and deadly weapons on future battlefields.

Li Yang slowly walked back to the experimental table, sat down, and tapped the table with his fingers, as if thinking about how to fully unleash the potential of these micro machines. He knew that this design was not only to break through technical barriers, but also to gain the initiative on the battlefield in the future.

He picked up a pencil and began to sketch out a plan for the militarization of nanorobots on a piece of draft paper. First, Li Yang considered intelligence collection and infiltration on the battlefield. Nanorobots can silently sneak into the enemy's defense system, detect the enemy's movements, collect intelligence, and even interfere with the enemy's communication network. Li Yang's fingers quickly wrote the words "intelligence collection module" on the paper and added a simple schematic diagram next to it.

"These nanorobots must have strong concealment and flexibility," Li Yang said to himself. He decided to give the nanorobots a camouflage function, which would achieve the effect of invisibility by changing the optical properties of the surface. Li Yang marked the design of the nanorobot's shell in detail on the sketch. These shells will use a special nano-level optical coating that can adjust its color and reflectivity according to the changes in the light of the surrounding environment, making them almost invisible to the enemy's detection equipment.

Next, Li Yang considered how these nanorobots could infiltrate the enemy's complex networks. Traditional electronic warfare often relies on large-scale electromagnetic interference or network attacks, while nanorobots can directly enter the enemy's communication lines or equipment through microscopic intervention and carry out "physical-level" destruction.

He wrote the words "electronic interference and destruction" on the paper and detailed how the nanorobots could disrupt the enemy's communication signals and even directly destroy the enemy's missile guidance system and radar equipment through micro-electromagnetic devices. Li Yang's fingers moved quickly on the paper, as if every design detail had already clearly emerged in his mind.

"If we can successfully infiltrate the enemy's command center, or even directly disrupt their decision-making chain..." Li Yang's thoughts became clearer. He knew that the outcome of a war often depended on the control of information, and nanorobots would be the key to subverting all of this.

But intelligence gathering and infiltration alone are obviously not enough. Li Yang's eyes gradually became sharp. War is not only a confrontation of information, but also a contest of strength. Nanorobots must also have direct strike capabilities and be able to carry out targeted destruction of the enemy's key equipment.

He continued to sketch the "point-destruction module" of the nanorobots on the draft paper. These micro machines will be designed to carry micro-explosive devices, or directly cause short circuits in enemy equipment through electromagnetic interference, or even trigger self-destruction programs in enemy weapon systems. Li Yang's fingers tapped lightly on the paper, as if he was formulating a perfect assassination plan for these micro assassins.

"They are like silent killers," Li Yang whispered, with a cold light in his eyes. He knew that if these nanorobots could trigger a chain reaction in the enemy's core facilities, it would bring a devastating blow to the enemy's combat effectiveness.

Li Yang designed a special "self-destruction function". Once the mission is completed, the nanorobots will automatically destroy themselves through the internal energy overload mechanism, ensuring that the enemy cannot reverse crack or capture their technical secrets. This design can not only ensure the concealment of the mission, but also prevent technology leakage, which is the most important point for Li Yang in military applications.

As the design gradually improved, Li Yang's ideas became clearer. Nanorobots are not just assassins in war, they can also become guardians on the battlefield, protecting their own facilities and personnel from enemy attacks. Li Yang wrote the words "countermeasures system" on the draft paper and began to think about how to make these robots react quickly and effectively counterattack when the enemy launches an attack.

Step 3: Battlefield Defense and Counterattack

Nanorobots are not just offensive weapons, they can also be defenders on the battlefield. Li Yang designed a "defensive nanorobot" that will be deployed around key facilities to monitor the enemy's movements in real time. Once an enemy attack is detected, they can quickly activate defense mechanisms, interfere with the enemy's missile guidance system, and even shield the enemy's radar and communication signals through electronic warfare.

Li Yang marked the deployment method of these defensive nanorobots on the sketch. They can lurk silently in every corner of the battlefield like ant colonies, waiting for an opportunity to move. Whenever the enemy launches an attack, these nanorobots will automatically start to form an invisible electronic barrier to protect their own defense system.

"These robots are our invisible barrier." Li Yang muttered to himself, with a hint of determination in his eyes. The essence of war is not only to defeat the enemy, but also to protect one's own safety, and nanorobots are the key to achieving this goal.

He then wrote the words "anti-missile system" on the draft and began to outline how the nanorobots could interfere with the enemy's missile guidance system or even detonate the enemy's missiles in advance. The core function of these nanorobots is to directly interfere with or destroy the guidance chips inside the enemy's missiles through electromagnetic interference or physical destruction.

"If we can destroy the enemy's missile system in advance, our defense will be indestructible." Li Yang's eyes became more determined. He knew that war often started before the enemy launched an attack, and nanorobots would be the first warriors to launch a counterattack.

Step 4: Tactical Infiltration and Coordinated Operations

Li Yang's thoughts gradually expanded, and he began to think about the tactical application of nanorobots. These micro-machines can not only be used for strategic infiltration and sabotage, but can also directly participate in tactical combat operations. For example, when fighting on the front line, nanorobots can assist their own soldiers in reconnaissance and attack, and can even directly cause malfunctions by implanting into the enemy's weapon system.

Li Yang wrote the words "cooperative combat module" on a draft paper and began to design how the nanorobots could cooperate with his own soldiers. These nanorobots would connect to the soldiers' communication equipment via radio, transmit battlefield information in real time, and help soldiers determine the enemy's position and trajectory. They could act like "eyes" to help soldiers observe those hard-to-reach corners, and even counterattack in advance before the enemy launches an attack.

"These nanorobots will become the most loyal partners of the soldiers." Li Yang's eyes sparkled with infinite longing for the future battlefield. He knew that the outcome of a war depends not only on the advancement of weapons, but also on the control of information and the flexibility of tactics, and nanorobots will provide frontline soldiers with unparalleled tactical advantages.

Li Yang designed an algorithm for "automatically identifying the enemy and ourselves". This algorithm can determine the identities of both parties by analyzing the enemy's communication signals, clothing and equipment, thereby avoiding accidental injuries to our own soldiers. The addition of this design makes the application of nanorobots on the battlefield more accurate and efficient.

War is not only about destruction, but also about huge consumption and loss of resources. Li Yang's thinking expanded again, and he began to think about how nanorobots could perform repairs and resource collection after the war.

He wrote down the "Post-War Resource Collection Module" on the paper. These nanorobots will have the function of self-repair and resource recycling. When the battle is over, the nanorobots can automatically start collecting waste resources on the battlefield, repair their own equipment, and even recycle enemy weapons and equipment and convert them into their own resources.

"These robots are not only fighters, but also repairers." Li Yang's mouth corners slightly raised, and his eyes sparkled with wisdom. He knew that the destruction caused by war was inevitable, but if nanorobots could be used to effectively recycle and utilize post-war resources, it would greatly reduce the cost of war and improve the combat sustainability of one's side.

Finally, Li Yang is thinking about the long-term latent and combat capabilities of nanorobots. Nanorobots not only need to play a role in the short term on the battlefield, but also must have long-term latent and combat capabilities. Li Yang designed an "energy micro-collection system" that allows these nanorobots to maintain their long-term operation by absorbing weak energy from the environment.

"They can lurk in the enemy's defense system for several years, waiting for the right time to strike." Li Yang's eyes became more profound. He knew that this long-term combat capability would give nanorobots more strategic value. Once the enemy launches an attack at some point in the future, these nanorobots that have been lurking inside the enemy will suddenly launch an attack and destroy the enemy's key facilities.

Li Yang's thoughts gradually calmed down, and his designs and ideas were densely recorded on the draft paper. The application of nanorobots in the military field has gradually become clear, and they will become the most secretive and deadly force on the battlefield in the future.

He stood up, walked to the window of the laboratory, and stared at the night sky in the distance. Although the smoke of war had not really begun, in Li Yang's mind, the outline of the future battlefield had already begun to take shape.

"Future wars will no longer be a contest of numbers and firepower, but a confrontation of technology and wisdom." Li Yang whispered to himself, slowly clenching his fists.