bookbashuk Chapter 415 Satellite Weapons
Chapter 415 Satellite Weapons
Li Yang stood at the window of the laboratory, looking up at the bright stars in the night sky. At this moment, he was no longer the unknown young man who had just traveled to this strange era.
Relying on the knowledge from the future, he gradually changed the technological landscape of Yan Country, and even caused unprecedented shock and anxiety around the world. However, Li Yang knew that all this was just the beginning, and the real challenge was still in the future.
In the vast night sky before his eyes, there is a bigger stage hidden - space.
Li Yang's hand tapped the windowsill lightly, his eyes deep. His thoughts had flown beyond the earth, to the boundless universe. He knew that future wars would not only be limited to the ground or the ocean, but space would become a new battlefield.
And mastering space will mean complete control over the global strategic situation.
He turned around and walked to the laboratory table. On the blueprint spread out on the table were a few big words written: "Satellite Project".
This is a new plan he has been planning for a long time - the research, development and deployment of next-generation satellite technology.
Li Yang understood that although the development of ground-effect aircraft carriers had shocked the world, true air supremacy was not just within the atmosphere, but in higher orbits. Satellites in space would become the most important tools and weapons in future wars.
Li Yang's fingers gently slid across the lines on the drawing, constantly pondering every detail in his mind.
For this satellite plan, he does not intend to just stay at the existing technological level, but to develop a new satellite system - an intelligent satellite network with autonomous learning, unmanned control, and full-area coverage.
"The next generation of satellites will not only be used for communication or navigation." Li Yang said to himself, with a firm light in his eyes.
What he wants to build is a satellite network that can integrate multiple functions such as reconnaissance, communication, relay, and strike.
This satellite network can not only monitor military movements around the world in real time, but also launch precision strikes when necessary. It can even autonomously adjust orbits and missions through intelligent algorithms to avoid enemy electronic interference and attacks.
Li Yang marked the design of each module of the satellite in detail on the drawing. He decided to adopt a new "modular satellite" design concept, where each satellite is composed of multiple independent functional modules that can be freely combined with each other.
This design not only greatly improves the flexibility of the satellite, but also enables the satellite's functional configuration to be quickly adjusted through remote command when mission requirements change.
The core of the satellite will be a powerful AI system, which Li Yang calls the "Sky Eye System."
The design of this system was inspired by future quantum computing technology. Quantum computing is still just a theory, but Li Yang used his knowledge to design a "quasi-quantum computing" system based on existing technology. This system can simulate some functions of quantum computing through complex algorithms, greatly improving the satellite's computing power and response speed.
"The Sky Eye system will become the command center of the satellite." Li Yang wrote this sentence on the drawing, with ambition flashing in his eyes.
The Sky Eye system is not only the "brain" of the satellite, it will also have the ability to learn autonomously. Li Yang hopes that through this system, the satellite will be able to autonomously analyze the enemy situation in a complex battlefield environment, select the best response plan, and adjust the strategy in real time according to battlefield changes.
He sketched out the core architecture of the Sky Eye system on a blueprint - a deep learning model consisting of multiple layers of neural networks. This model will obtain battlefield information in real time through satellite sensors, cameras, radars and other equipment, and determine the enemy's trajectory and strategic intentions through data analysis.
"If we can give satellites the ability to learn autonomously... then we will completely get rid of our dependence on the ground command center." Li Yang muttered to himself, the pencil in his hand sliding rapidly across the drawing.
Through the Sky Eye system, satellites can not only adjust their orbits autonomously, but also avoid enemy electronic interference and missile attacks. Li Yang designed a complex "anti-interference algorithm" for the Sky Eye system, which can quickly find loopholes by analyzing enemy interference signals and use these loopholes to counter the enemy's electronic equipment.
In addition to dealing with electronic warfare, Li Yang also designed an even more amazing function for the Sky Eye system - "orbital tactical adjustment". This function allows the satellite to adjust its orbit in real time according to the battlefield situation and cooperate with other satellites to form a dynamic combat network.
"The power of the Sky Eye system lies in its flexibility and autonomy," Li Yang wrote on the drawing.
He knows that future wars will be more complex and changeable. Traditional satellite systems rely on the control of ground command centers, but this method has huge delays and uncertainties. The Sky Eye system is different. It can make autonomous decisions and make real-time adjustments, taking every detail on the battlefield into account and making the best strategic choice.
Li Yang's eyes fell on another part of the drawing, which was a completely new power system design - ion thruster.
Ion thruster is a highly efficient propulsion system that uses ionized gas to generate thrust. Li Yang extracted some key details about this technology from his future memories and combined it with existing technical conditions to design a small ion thruster system suitable for satellite use.
The biggest advantage of this propulsion system is its high efficiency and durability, which allows the satellite to maintain a stable orbit in space for a long time and adjust the orbit when necessary. Although the traditional chemical fuel propulsion system has strong thrust, it consumes a lot of energy and cannot meet the needs of long-term missions. Ion thrusters are different. They can generate continuous thrust by ionizing gas, with extremely low consumption and stable thrust.
Li Yang marked the structural design of the ion thruster in detail on the drawing. He decided to equip each satellite with two ion thrusters, one for the main thrust and the other as an auxiliary thrust to adjust the satellite's attitude and subtle orbit changes.
"This design allows the satellite to maintain extremely high flexibility in orbit." Li Yang smiled confidently.
In addition to reconnaissance and communication, Li Yang's satellites also have powerful strike capabilities. He designed a new orbital weapon system - the "orbital kinetic strike system."
The core principle of this system is very simple, but extremely deadly - using the high-speed orbital motion of satellites to drop high-density metal rods onto ground targets. Due to the gravity of the earth, these metal rods will accelerate rapidly during the fall and eventually hit the ground targets at supersonic speeds, generating a huge kinetic energy impact, enough to destroy any traditional fortifications.
"Kinetic weapons do not require any explosives. Their speed and mass are enough to cause a devastating blow." Li Yang wrote this sentence on the drawing, with ambition flashing in his eyes.
He designed a "kinetic launch chamber" equipped with dozens of metal rods for each satellite. These metal rods will be precisely aimed at the target on the ground through the satellite's orbit adjustment system and released at the best time. Li Yang believes that this weapon system will become one of the most deterrent weapons on the battlefield in the future.
Li Yang's fingers slid lightly across the drawing, outlining a vision of a huge satellite network - he planned to launch dozens or even hundreds of satellites to form a "Skynet" system covering the entire world.
This system will not only be used for military reconnaissance and strike, but also provide the ground command center with a full range of battlefield situation awareness through real-time data transmission. Each satellite will transmit data through a laser communication system to form a highly coordinated combat network.
Li Yang designed a complex "task allocation algorithm" that can automatically assign tasks to each satellite according to battlefield needs. For example, when an enemy military threat appears in a certain area, the Skynet system will automatically assign reconnaissance satellites to monitor the area and decide whether to launch a strike based on the reconnaissance results.
Each satellite in the satellite network will have a high degree of autonomy, and they will be able to cooperate through "cooperative algorithms". When a satellite is attacked or interfered by the enemy, other satellites will automatically take over its mission to ensure the stable operation of the entire network.
"This will be an indestructible space fortress." Li Yang wrote on the drawing, his eyes full of confidence and expectation.
Li Yang stood in the center of the laboratory, tapping the table lightly with his fingers, staring at the design drawings that covered the table.
After countless days and nights of deliberation and adjustment, he finally finalized the design of the satellite weapon.
The outer shell of the satellite is covered with complex circuit diagrams, and every detail has been carefully polished by him to strive for perfection. Li Yang knows that just like the energy tank and ground-effect aircraft carrier, this satellite weapon will completely subvert the future war mode.
Although the global situation is turbulent, the progress of science and technology is not as rapid as in his own era. As a time traveler, Li Yang has the memory and technology of the future and is well aware of the potential of satellite weapons.
This is not just a war tool, but also the key to controlling the world's air and land supremacy. As time went on, his design gradually moved from theory to practice.
In Li Yang's laboratory, machines are roaring and robotic arms are operating in an orderly manner, like extremely precise hands, assembling tiny and complex parts.
The satellite's core component, the ion thruster, has been tested recently. Its efficiency and durability far exceed those of existing chemical thrusters, allowing the satellite to maintain stable operation in space for a long time.
Li Yang stood aside, staring at every detail with sharp eyes.
Those robotic arms deftly assembled dozens of modules together, and the main outline of the satellite gradually took shape.