Rejecting Tsinghua and Peking Universities: I Will Lead Harbin Institute of Technology to World Lead

On the second day that the Kuafu system was running at full power, Lin Feng received a commendation order from the highest level in the control center.

However, he did not attend the victory celebration banquet and quietly left the capital in the early hours of the morning.

On the way to Harbin, Lin Feng leaned back in his seat and closed his eyes to rest.

【Ding! 】

The notification sound rang out from the depths of my consciousness, clear as a bell.

[The Kuafu Global Positioning System, developed under the host's leadership, has been successfully manufactured in the real world.]

[Project rewards are now being distributed...]

Lin Feng's spirits lifted.

[Reward 1: Core Theory of Electromagnetic Railgun Tanks]

As the holographic interface unfolded, a complete land warfare weapon system flooded into my mind. It wasn't a simple upgrade of existing tanks, but a comprehensive revolution encompassing energy, weaponry, protection, and intelligent control.

[Description: Based on the miniaturized application of Nuwa fusion energy, this projectile converts controlled nuclear fusion energy into electromagnetic railgun power. A single projectile can achieve a muzzle velocity of 8000 m/s, an effective range of 50 km, and armor-piercing capability capable of penetrating 1000 mm of homogeneous steel armor.]

[Protection System: Active electromagnetic armor, capable of generating a high-intensity electromagnetic field 0.01 seconds before contact with incoming projectiles, deflecting or prematurely detonating the metal jet; the vehicle hull is constructed using nano-composite ceramic materials, providing an effective thickness of 3000 mm against armor-piercing projectiles.]

[Intelligent System: Integrates the Pangu AI submodule, possessing all-terrain autonomous navigation, multi-target threat prioritization, automatic interception decision-making, and networked collaborative combat capabilities. A single vehicle can simultaneously track 200 ground/low-altitude targets and automatically allocate firepower.]

The data stream washed over Lin Feng's consciousness like a waterfall.

Electromagnetic railgun tanks—these are no longer tanks in the traditional sense, but rather mobile, intelligent, and virtually invincible land fortresses. Once deployed, the Chinese army will gain an absolute and overwhelming advantage on the land battlefield.

Any armored formation would be as fragile as paper in its presence.

No anti-tank weapon can penetrate its defenses.

[Reward Two: Cash Reward - 5000 million Huaxia Coins]

[Funds have been injected, and the source is compliant.]

The rewards have been distributed.

Lin Feng opened his eyes, and outside the porthole, the sea of ​​clouds surged.

"Electromagnetic railguns and tanks..." he murmured to himself, a sharp glint in his eyes. "This is to place the crown of the king of land warfare on the head of China."

The sky has the Vermilion Bird, space has Fuxi and Kuafu, the sea has the Kunpeng, and on land... it's time for a new era's sharp blade.

A complete research and development roadmap had already formed in his mind: the miniaturization of Nuwa fusion energy was the foundation, electromagnetic gun technology could be transplanted from electromagnetic railguns on warships, the intelligent system had the foundation of Pangu AI, and materials science had the accumulation of these years...

The most difficult part was system integration, but for him, it was precisely the easiest part.

"I'm going to be busy again." Lin Feng smiled, a long-lost sense of excitement welling up inside him.

Once the aerospace carrier and the electromagnetic railgun tank are completed, China will truly achieve absolute dominance in land, sea, air, and space.

At that time, the world will usher in a completely new order.

The plane landed in Harbin just as dawn was breaking.

Without disturbing anyone, Lin Feng returned alone to his familiar, secluded courtyard at Harbin Institute of Technology. Pushing open the study door, the familiar scent of books wafted out; everything remained exactly as it had been seven months ago when he left.

He didn't rest; he locked the door and drew the curtains.

Sit down at your desk, close your eyes, and concentrate.

The moment consciousness sinks into the system space, the upgraded intelligent deduction module starts up at full power.

The two images unfold simultaneously in a pure white space.

On the left is a 3D model of the space carrier—the 1,200-meter-long hull floats like an interstellar behemoth, the island is covered with sensor arrays, hundreds of Fuxi fighters are parked on the deck, and the directed energy weapons on both sides of the hull are as menacing as sharp teeth.

On the right is the design drawing of the electromagnetic railgun tank—a low, streamlined hull, a huge electromagnetic railgun barrel that extends forward like a knight's lance, a honeycomb-shaped active armor covering the hull surface, and an internal structure as precise as a clock.

"Multitask with one mind and perform full-power simulations."

"Learn by analogy and optimize to the extreme."

Both skills are activated simultaneously.

Lin Feng's consciousness instantly split into two independent thought streams, and he began to tackle the two projects simultaneously.

The challenge of space-based aircraft carriers lies in system integration.

The 1,200-meter-long hull needs to withstand the extreme temperature changes, micrometeoroid impacts, and cosmic radiation of the space environment. Traditional materials are simply not up to the task; entirely new nanocomposite metals must be developed.

Lin Feng accessed the material database in the system space and began simulating the performance of different alloy formulations. After 13,600 experiments, he found the optimal solution: a titanium-niobium-zirconium superalloy with 0.3% rare earth element yttrium added, and forged nine times at liquid nitrogen temperature, ultimately yielding a dream material with a tensile strength of 8000 MPa, a density only one-third that of steel, and self-healing capabilities.

The power system is more complex.

A space-based aircraft carrier requires four fusion reactors with a total output power of 100,000 megawatts—two orders of magnitude higher than the Nuwa city-level fusion reactor. Miniaturization, high power, and long-term stable operation are three contradictory requirements.

Lin Feng adopted a hierarchical design: one main reactor provides cruising power, while three auxiliary reactors are activated when high-speed maneuvering or salvo firing of weapons is required. The reactor control algorithm incorporates a deep learning model, which can automatically adjust the output curve according to mission requirements.

The challenge for electromagnetic railgun tanks lies in energy conversion efficiency.

The theoretical limit for converting fusion energy into the kinetic energy of an electromagnetic railgun is 68%, but in actual engineering, achieving 50% is considered a breakthrough. Every percentage point increase signifies a huge leap in range, power, and sustained combat capability.

Lin Feng constructed a complete energy flow model in the system space. From the thermal energy output of the fusion reactor to the electrical energy conversion of the magnetohydrodynamic generator, to the energy storage and release of the superconducting capacitor, and then to the acceleration work of the electromagnetic track—every link was repeatedly optimized.

After the 7,800th simulation, the conversion efficiency settled at 61.3%.

This is already a theoretical miracle.

The tank's intelligent system is Lin Feng's masterpiece.

Based on the core algorithms of Pangu AI, he developed the War God subsystem, specifically designed for battlefield situational awareness and decision-making. This system can not only process sensor data from the tank itself, but also acquire global information through the Kuafu satellite, early warning aircraft, and drones, completing friend-or-foe identification, threat assessment, and fire allocation within 0.1 seconds.

Even more frightening is that when multiple electromagnetic railgun tanks operate in a network, they form a distributed intelligent swarm. If any tank is destroyed, its combat mission will be instantly reassigned to other tanks, and the overall combat effectiveness of the system will not decrease.

Time within the system space flew by rapidly amidst the frantic deductions.

On the first day, the fundamental issues related to materials were resolved.

On the tenth day, the power system architecture was completed.

On the 100th day, the intelligent algorithm passed a million simulation tests.

On the 300th day, the theoretical frameworks for both projects were fully formed.

But the real battle is only just beginning.

The system space has entered a deep simulation mode.

One day in reality, ten days in space.

Lin Feng was completely immersed in the process. He forgot his fatigue, forgot the time, and even forgot himself. His mind was filled only with data, formulas, blueprints, and simulation results…

In simulations, the hull structure of the space carrier is subjected to energy impacts comparable to a supernova explosion.

In the simulation, the active armor of the electromagnetic railgun tank intercepted anti-tank missiles coming from all directions.

Fail, optimize, fail again, optimize again...

Three years in the system space translates to three months in real time.

For the past three months, Lin Feng has hardly left his study. Meals are delivered to his door by Zhao Weiguo, and he only opens the door when he genuinely needs to replenish his energy. Most of the time, he is in a state of deep deduction, his body sitting still in the real world while his consciousness battles in the system space.

The last day of the third month.

System Space, Day 1095.

Lin Feng stood in the center of the pure white space.

The two scenes before me were completely different.

On the left, a holographic model of the space carrier is undergoing its final extreme test: the ship remains motionless in a simulated solar flare storm; the directed energy weapon array simultaneously intercepts 10,000 simulated targets with a 100% interception rate; and the Fuxi fighter jet is launched from the deck and completes a formation of 100 aircraft within 30 seconds.

All data is green.

On the right, a 3D projection of an electromagnetic railgun tank is showing a live-fire exercise: ten tanks facing a simulated attack from an armored division. The railgun unleashes a barrage of fire at a rate of sixty rounds per minute, causing enemy tanks fifty kilometers away to explode one after another like fireworks; the active armor intercepts all incoming missiles; and the intelligent system directs the tanks to penetrate and divide the enemy forces in perfect tactical formations, ultimately annihilating the enemy with zero casualties.

The result of the analysis: absolute crushing defeat.

"Finally...it's finished."

Lin Feng's consciousness slowly withdrew from the deep state.

He opened his eyes; it was 3 a.m. in the real world.

The study was dimly lit, with only the desk lamp casting a soft glow.

But his eyes burned with a fiery light.

Three years of painstaking effort in the system space and three months of solitude in the real world have, at this moment, transformed into two flawless technical systems.

The aerospace aircraft carrier has had all its theories perfected, from materials and power to weapons and intelligence.

The electromagnetic railgun tank has overcome all the challenges, from energy to artillery, from protection to control.

As long as resources are available and the industrial base is in place, these two national strategic assets can be transformed from blueprints into reality.

However, just as Lin Feng was about to exit the system space, a line of striking red text appeared next to the holographic model of the space carrier:

[Warning: Current industrial technology in the real world cannot meet the requirements for building space-based aircraft carriers. Key bottlenecks: space assembly technology for ultra-large structural components, core materials for curvature-driven engines, and production processes for artificial gravity field generators.]

[Estimated time to realization: At least five years after basic industrial levels are met.]

Lin Feng's smile froze on his face.

Five years.

The technological leap of aerospace carriers is so vast that even with a complete theoretical framework, a comprehensive upgrade of the entire nation's industrial system is required to support their construction.

Disappointment poured down like cold water.

But soon, Lin Feng took a deep breath and shook his head.

"Eat one bite at a time," he murmured to himself. "Do what you can first."

Their gaze shifted to the electromagnetic railgun tank.

This time, the system did not issue a warning.

While electromagnetic railgun tank technology is advanced, it remains within the reach of existing industrial capabilities. Fusion energy miniaturization benefits from the experience gained from the Nuwa project, electromagnetic railgun technology benefits from the experience of shipborne electromagnetic railguns, intelligent systems are supported by the Pangu AI, and materials science has seen breakthroughs in recent years…

It's difficult, but not impossible.

"Let's start with electromagnetic railgun tanks."