Eagle Sauce: The 055 destroyer was launched into the sea just after the founding of the country?

"Of course, to achieve this, powerful computing power is also needed."

Qian Sen walked to the control console nearby and pressed a few buttons. The earth model in the holographic projection enlarged, showing the different layers of the atmosphere.

“The atmosphere is not homogeneous. Density, temperature, and air currents vary greatly at different altitudes and geographical locations.”

He pointed to a specific area in the model: "Our system analyzes global atmospheric data in real time to plan the optimal 'jump point' for the missile."

“In these carefully selected areas, the missile can exploit aerodynamic effects to maximize trajectory adjustments while minimizing heat loads and energy consumption.”

Fang Yu added: "Essentially, it's like a top surfer who knows how to use every wave to get the most thrust."

"Our missiles 'ride the wind and waves', using the atmosphere, a huge 'ocean', to enhance their performance."

General Chen kept staring at the holographic projection, his expression gradually changing from confusion to amazement.

“Combining the two technologies… means…”

"It means a strike capability that is almost impossible to intercept,"

Fang Yu said seriously.

"Hypersonic speeds mean the time between an enemy detecting a missile and it reaching its target is extremely short – perhaps just a few minutes or less. The Chanson ballistic trajectory ensures that the enemy cannot predict the missile's path and final destination."

Qian Sen walked back to the holographic projection and called up a new simulation animation.

“Let’s look at a specific example. Let’s say this missile is launched from the Dragon Kingdom and is targeting a location on the other side of the world.”

In the holographic projection, a red dot started from eastern Asia, quickly rose to the near-space area, and then began to move along an irregular wavy trajectory.

The trajectory sometimes dives into the upper atmosphere and sometimes jumps back to the edge of space, changing direction and speed with each "jump".

"Pay attention to the changes in the missile's speed and altitude," Qian Sen pointed to the ever-changing data on the projection. "It doesn't simply fly at a constant speed, but intelligently adjusts based on the terrain, atmospheric conditions, and defense distribution."

"When passing through areas with dense enemy defenses, it will rise to higher altitudes to reduce the chance of being detected; in relatively safe areas, it may choose to dive deeper and use atmospheric effects to perform more drastic maneuvers."

Fang Yu went on to explain: "During the entire flight, the missile will continuously collect and analyze information about its surroundings and adjust its flight plan in real time."

“If a potential threat is detected, it can immediately change its trajectory to avoid it. This ‘autonomous decision-making’ capability is not possessed by traditional missiles.”

General Chen looked at the winding and complex trajectory and couldn't help asking, "Has this technology...been verified in practice?"

Qian Sen nodded: "We have conducted seven tests of the scaled-down prototype, and all were successful."

"The longest test covered a distance of nearly 8000 kilometers. The missile maintained a speed between Mach 18 and 22 throughout the entire process, and the final accuracy reached more than ten times the design requirements."

"But that's not all we're developing," Fang Yu added. "In addition to basic flight technology, this missile also has powerful countermeasures."

He cited another set of technical data: "The biggest weakness of traditional missiles is that they are susceptible to electronic jamming and interception by anti-missile systems. Our system solves these problems."

"Firstly, it uses a fully autonomous navigation system that doesn't rely on external signals and is therefore immune to interference."

“Secondly, it is equipped with an advanced electronic countermeasures system that can actively interfere with enemy detection and tracking radars.”

Qian Sen walked over to a device and called up a set of complex waveform graphs: "This is a demonstration of the active stealth technology we developed."

"When the missile detects an enemy radar signal, it not only receives the signal but also analyzes the signal characteristics in real time, and then emits a precisely modulated reverse radio wave to effectively offset the radar reflection."

"Simply put, it's like putting an 'invisibility cloak' on the missile."

General Chen listened attentively, nodding frequently. His military background enabled him to fully understand the strategic significance of these technological breakthroughs.

"If I understand correctly, this means we have a long-range strike capability that is virtually undefendable."

"That's the theory," Qian Sen said cautiously, "but the purpose of developing this technology is not to launch attacks, but to ensure peace."

"It's a deterrent weapon, and its mere presence makes potential enemies think twice."

Fang Yu nodded and added: "Just like the mushroom egg, its true power lies in not having to use it."

“As long as the enemy knows we have this capability, they won’t dare act rashly. This is the essence of strategic balance.”

General Chen pondered for a moment, then asked, "I have another question. What is the payload of this missile? What kind of weapons can it carry?"

Qian Sen and Fang Yu exchanged a glance, and Qian Sen replied, "That's a good question. In fact, the revolutionary nature of this missile lies not only in its flight capability, but also in its versatility."

"Its warhead bay is designed as a modular structure, which can carry different types of weapon systems as needed."

Fang Yu operated the console, and a cross-section of the missile's front end appeared on the display. "The most basic configuration is a conventional high-explosive warhead with an explosive equivalent of 50 tons of TNT, enough to destroy a medium-sized military base."

"But more importantly, it can also carry our newly developed special weapons."

Several different warhead modules appeared on the screen. Fang Yu introduced them one by one: "This is an electromagnetic pulse warhead. It can generate a powerful electromagnetic pulse in the target area, paralyzing all electronic equipment within a radius of hundreds of kilometers, but without causing any casualties."

"This is a kinetic impact bomb. It uses the enormous energy generated by hypervelocity impact to destroy hard targets without relying on explosives."

"And this..." he pointed to the last module, "is a dispersed multi-functional warhead. It can release dozens of small autonomous strike units over the target, carrying out precise strikes on multiple targets simultaneously over a large area."

General Chen looked at these impressive technologies and couldn't help but shake his head in admiration.

"This has far exceeded the concept of 'missile' in the traditional sense and is more like a full-scale strategic strike platform."

"That's right," Qian Sen agreed. "We are not just developing a weapon, but creating a whole new strategic system."

"This missile is not just a hardware product, but a complex system that combines hardware and software, incorporating breakthroughs in multiple cutting-edge fields such as artificial intelligence, quantum computing, advanced materials, and aerodynamics."

Fang Yu led General Chen to another display area: "In addition to the missile itself, we have also developed a supporting command and control system."

He gestured towards a complex array of equipment.

"This is a distributed command and control network we designed. Unlike traditional centralized command, this system uses a decentralized architecture. Even if some nodes are destroyed, the entire network can still operate normally."

"More importantly, it has AI-assisted decision-making capabilities, capable of providing optimal strike plans in complex battlefield environments..."