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

"We can't wait any longer," the Russian defense minister said firmly. "We must take more decisive action."

As time went by, the anxiety and uneasiness of the international community became more and more serious, and speculation about the involvement of aliens also quietly fermented among countries. Various absurd reports began to appear in the media, and some people even claimed to have seen traces of "alien spacecraft". Although these rumors were absurd, they reflected the international community's fear of unknown forces.

Further development

Back at the secret base of Yan State, Li Yang was not disturbed by the rumors from the outside world. His attention has been completely shifted to the next generation of energy tanks. This type of tank will become the core equipment of future land warfare, with super survivability and firepower output.

Li Yang stood in front of the design table, his pencil moving quickly on the drawing. Although the design of the energy tank has been initially completed, he still needs to repeatedly consider every detail. In particular, the energy system of the tank must have extremely high stability and safety, and be able to maintain normal operation in various extreme environments.

"The cooling system of the nuclear reactor is the key." Li Yang whispered to himself, frowning slightly. He knew that nuclear reactors would generate a lot of heat during high-intensity operations. If they could not be cooled in time, the efficiency of the reactor would drop significantly, and even danger might occur.

He decided to use a new liquid metal cooling system, which can quickly remove the heat generated by the reactor in a short time to ensure the stability of energy output. At the same time, Li Yang also designed an automatic fault detection system for the reactor. Once a fault occurs, the system can automatically repair itself in a very short time.

Next is the improvement of the electromagnetic gun. Li Yang knew that although the electromagnetic gun has strong penetrating power, it consumes a lot of energy and must be improved through an efficient energy conversion device to improve the firing efficiency. He marked the energy supply system of the electromagnetic gun in detail on the drawing and designed a new energy recovery device for it, which can convert some of the excess energy back into electrical energy for use by other systems of the tank.

As the design gradually improved, Li Yang's ideas became clearer. He knew that the success of the energy tank would provide strong technical support for future land warfare and completely change the combat mode of traditional tanks.

……

Li Yang stood in the center of the laboratory, the sunlight shining through the glass window onto his thoughtful face.

The drawings spread out on the table have taken up most of the experimental table. The densely packed markings and lines on the drawings outline the outline of an "energy tank" that is gradually taking shape in his mind.

This is an unprecedented design, a war machine that is enough to subvert the existing concept of tanks.

He gently stroked the edge of the drawing, with a myriad of thoughts in his mind.

The energy tank is not just a concept, it is the core of future land warfare and the key to Yan State's control of land power.

If the aerospace fighter is the trump card of air supremacy, then this energy tank is the iron wall protecting the country.

Li Yang knew that the design of this weapon could not have the slightest omission. This was undoubtedly an unprecedented challenge, but he was not afraid, as his memories and technical reserves from the time travel gave him enough confidence.

Li Yang picked up a pencil and began to outline the energy tank's defense system on the drawing.

The armor of traditional tanks is vulnerable to high-energy firepower, especially when facing energy weapons that may appear in the future, the role of steel armor is very limited.

He decided that the energy tank's armor must be highly resistant to impact, heat, and radiation.

"Carbon nanotubes may be the best choice," Li Yang muttered to himself, with a gleam of inspiration in his eyes. Carbon nanotubes are not only light in weight, but also extremely strong, and can effectively resist the impact of conventional weapons.

At the same time, he decided to use graphene as another layer of composite material for the armor. Graphene has excellent radiation resistance and can effectively resist deadly threats on future battlefields such as nuclear radiation and laser weapons.

He marked the armor's multi-layer structure in detail on the drawing: the outermost layer is a "high-efficiency protective layer" composed of carbon nanotubes and graphene, which can not only withstand the impact of high-energy shells, but also reduce damage to internal systems by absorbing and dispersing energy.

The second layer is a hollow "energy absorbing layer", which is an innovative design filled with high-density energy-absorbing material. It can convert most of the kinetic energy into heat energy when impacted, thereby reducing damage to the tank.

Finally, the third layer is the "internal support layer", which is made of high-strength titanium alloy. It is the skeleton of the entire tank, ensuring that the core equipment inside can remain stable even when it is severely damaged.

"Such a design should be enough to deal with any threat on the battlefield in the future." Li Yang smiled confidently, put down his pencil, and looked up at the sky outside the laboratory window.

Although the outside world was getting more and more tense, Li Yang remained calm and resolute in his heart. He knew that this energy tank would be an unbeatable fortress on the battlefield in the future.

Next, Li Yang turned his attention to the fire control system - the "claws" of the energy tank.

The fire control system must not only have precise strike capabilities, but also be able to cope with multi-target attacks in complex battlefield environments. Li Yang knows that traditional artillery systems can no longer meet the needs of future wars, and electromagnetic guns will become the core weapon of energy tanks.

"The firing speed and penetration of the electromagnetic gun are enough to destroy any existing armor." Li Yang secretly calculated in his mind. He marked the launch device of the electromagnetic gun on the drawing. It uses the most advanced electromagnetic drive technology and can fire metal projectiles at a very high speed and penetrate any known defense system.

At the same time, Li Yang decided to equip the electromagnetic gun with a new type of energy recovery device, which can convert part of the excess energy into electrical energy for use by other systems of the tank, thereby greatly improving energy efficiency.

In order to ensure the accuracy of the electromagnetic gun, Li Yang designed a complex aiming system. This system uses advanced optical radar technology, which can detect every detail on the battlefield in real time and automatically analyze the position, speed and movement trajectory of enemy targets through AI, so as to carry out precise strikes.

Li Yang also designed a set of "intelligent ballistic correction technology" for this system. Even under strong interference from the enemy, the fire control system can automatically adjust the trajectory to ensure that every artillery shell can accurately hit the target.

He wrote the words "priority target recognition mode" on the drawing. This mode is another highlight of the fire control system.

Through the computing power of AI, the fire control system can analyze the battlefield situation in a short period of time and automatically prioritize attacking targets that pose the greatest threat to tanks - whether they are enemy anti-tank missile launchers or heavy artillery positions hidden in bunkers.

Li Yang put away his pencil and looked at the design on the drawing with satisfaction. The fire control system of the energy tank not only has a strong striking force, but also has extremely high flexibility and autonomous decision-making ability, which is enough to remain invincible in a complex battlefield environment.

Next, Li Yang turned his attention to the countermeasures of the energy tank. In the future battlefield, tanks will not only need strong offensive capabilities, but also excellent defensive countermeasures to deal with various complex attack methods.

Li Yang knew that the enemy's electronic warfare capabilities would greatly threaten the tank's combat efficiency, so the design of the countermeasure system was particularly important.

"Electronic interference..." Li Yang murmured softly, and the pencil in his hand moved quickly on the drawing again.

He decided to design a "multi-band electronic jamming system" for the energy tank, which would be able to emit powerful jamming signals over a wide frequency range to interfere with enemy radar detection, missile guidance and radio communications.

At the same time, Li Yang also equipped the tank with a set of "emergency countermeasure modules". Once the tank is attacked by the enemy's electromagnetic pulse, the countermeasure module can be activated in a very short time, releasing powerful electromagnetic pulses to interfere with the enemy's electronic equipment and ensure that the tank can quickly leave the danger zone.

Li Yang's pencil was still moving on the drawing, marking the location of the "active defense system".

This system is another major innovation of the energy tank. It can monitor missile threats on the battlefield in real time. Once an enemy missile is detected, the system will instantly launch an interceptor missile to intercept it, and can even cause the missile to deviate from its trajectory through electromagnetic interference.

Li Yang knew that such a design would greatly enhance the tank's survivability and ensure that it could calmly deal with various threats in a complex battlefield environment.

"In this way, the energy tank's defense and offensive capabilities have reached a new level." Li Yang put down his pencil with satisfaction, and a hint of determination flashed in his eyes. He knew very well that the emergence of this energy tank would completely change the pattern of future land warfare.

As the design of the energy tank gradually improved, Li Yang's thoughts returned to the optimization of the AI ​​system. The AI ​​system has played an important role in the design of aerospace fighters and energy tanks, but Li Yang is not satisfied with this.

The potential of AI systems goes far beyond this. On future battlefields, AI will become the core force driving changes in warfare patterns.

Li Yang stood in front of the computer screen, his fingers tapping quickly on the keyboard. He decided to further upgrade the AI ​​system to give it higher autonomous learning and decision-making capabilities.

"Reinforcement learning..." Li Yang muttered softly, with a flash of inspiration in his eyes. He extracted the relevant theories about "reinforcement learning" from his future memories. The AI ​​system must not only rely on preset programs to make decisions, but also have the ability to learn independently and be able to constantly adjust its strategy according to changes on the battlefield.

He wrote a complex algorithm on the computer to give the AI ​​system "environmental perception" and "adaptive learning" functions. The AI ​​system will be able to obtain information on the battlefield in real time through sensors, and conduct autonomous analysis and decision-making based on this.

In every battle, AI will learn through "trial and error", extract the most effective tactical solutions, and continuously optimize its combat strategy.

Li Yang's fingers were rapidly tapping on the keyboard, and complex codes kept jumping on the screen. In order to further improve the computing efficiency of AI, he decided to introduce "distributed computing" technology. This technology can distribute the AI ​​system in multiple units, thereby greatly improving the computing speed and data processing capabilities.