The intelligent living area design is truly breathtaking. Different functional areas are clearly defined yet harmoniously integrated. The living area is warm and comfortable, each room personalized to suit individual preferences and needs. Lighting, temperature, and humidity automatically adjust to create the perfect living environment. The leisure area is filled with creativity and fun, featuring a comprehensive range of entertainment facilities. Intelligent gaming equipment adapts to the player's movements and reactions, providing a realistic experience that makes you feel as if you're right there in the action. The fitness area is equipped with state-of-the-art equipment, monitoring physical conditions in real time and providing customized workout plans. The work area is efficient and convenient, with desks and chairs that automatically adjust in height and angle to suit different work needs. Large-screen displays enable simultaneous multitasking, enhancing productivity. The conference room features highly intelligent equipment, offering easy-to-use functions like remote conferencing and projector presentations, ensuring seamless communication. All of this meticulous design and intelligent management demonstrates the powerful yet invisible power of technology, which, like a caring partner, meticulously cares for every aspect of our lives.

"This place is like a separate little world," said the person traveling with him, his voice filled with wonder and emotion. He slowly scanned the surroundings, his eyes filled with wonder. "Look, the perfect ecosystem is self-sufficient, with an endless supply of energy, as if unaffected by any outside interference." He raised his hand as he spoke, gesturing. "It has its own climate control. Whether it's freezing cold or scorching hot outside, the temperature and humidity here are always pleasant." He took a deep breath, as if feeling the comfort brought by this unique environment. "The production and supply of food is also self-contained. Those high-tech planting equipment cultivates a rich variety of fresh and delicious ingredients." His eyes sparkled, as if he saw a beautiful vision of future life. "Entertainment, learning, work, every need can be met here. Moreover, the communication and interaction between people are full of warmth and harmony, as if everyone is not gathered here for a certain task or purpose, but has truly formed a closely connected community." A look of longing appeared on his face. "There is no outside noise and disturbance, no worldly pressure and worries. There is only tranquility, order and infinite possibilities. It really is like a perfect independent little world." He concluded, his tone full of praise and nostalgia for this place.

Intrigued by curiosity and a thirst for exploration, Xiao Yi and his team began to delve into the mechanisms that enabled the base to float and travel on land. They first focused on the base's understructure. They discovered that it was constructed from a special lightweight alloy material that was not only extremely strong and capable of withstanding immense pressure, but also possessed excellent buoyancy, enabling the base to float effortlessly on water. To further explore the secrets of its levitation, they conducted meticulous calculations and analysis of the base's overall shape and center of gravity. They discovered that the base's exterior was streamlined to reduce water resistance, while its internal center of gravity was carefully adjusted to ensure stable balance under varying water levels and loads. While investigating the mechanism of its land motion, they discovered a series of advanced power systems installed beneath the base. These included a powerful electric engine and a highly efficient energy recovery system. The electric engine provided tremendous torque and power, enabling the base to travel swiftly on land. The energy recovery system converted kinetic energy during braking and deceleration into stored electrical energy, improving energy efficiency. The base was also equipped with an intelligent suspension system and tires. The suspension system automatically adjusts to changes in the terrain, ensuring a smooth and comfortable ride. The tires are made of a special composite material that offers excellent grip and wear resistance, allowing for smooth travel on both smooth roads and rugged terrain. To gain a deeper understanding of these principles, Xiao Yi and his team consulted extensive technical documentation and conducted countless simulation experiments and data analyses. They paid no attention to detail, conducting comprehensive and meticulous research on everything from the microstructure of the material to the macroscopic operation of the entire system. Throughout this process, they continually formulated hypotheses, which were then verified and revised through actual observation and testing. Each new discovery brought them one step closer to the truth, and each breakthrough gave them a deeper understanding of the operating principles of this magical base.

It turns out that the mysterious sphere's underside is equipped with a remarkable array of special buoyancy devices and propulsion systems. These buoyancy devices are not ordinary; they consist of a series of meticulously designed hollow chambers. Filled with a high-tech, lightweight material that boasts an extremely low density yet incredible resistance to pressure, these chambers rapidly fill with air upon contact with the water, generating tremendous buoyancy and allowing the sphere to float above the surface like a feather. The propulsion system is even more ingenious. It comprises a set of advanced electric engines utilizing cutting-edge magnetic levitation technology, operating virtually frictionlessly and silently. When traveling on land, this powerful force is transmitted to the giant tires through a complex and sophisticated transmission, propelling the sphere forward at high speed. When moving over water, this power is cleverly converted into the rotational force of the propellers, allowing the sphere to maneuver swiftly through the water. Even more remarkable is that this entire system can flexibly switch operating modes depending on demand. When the sphere needs to enter the water from land, an intelligent control system reacts swiftly. First, the buoyancy device automatically initiates an inflation process to adjust the sphere's buoyancy. Simultaneously, the transmission mechanism in the power system performs a delicate shift, transferring power from the tires to the propellers. The entire process is seamless and effortless. Conversely, when the sphere returns from the water to land, the system precisely controls the flow again. The buoyancy device gradually deflates, reducing buoyancy, while the power system redirects power to the tires, allowing the sphere to navigate smoothly on land. This flexible switching of operating modes enables the sphere to adapt to a variety of complex and changing environments and mission requirements, demonstrating its breathtaking technological charm.

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