The days continued in a fulfilling yet hectic manner.

Every day, Tianyu Base makes new technological breakthroughs, and every branch base undergoes new changes, making life better and better for its investors.

In 2029, under the leadership of Niu Kesi, deputy director of the base's science and technology department, the new generation giant rocket "Tianjian-3" developed and produced by the base successfully completed its first test flight, marking a major breakthrough for Tianyu Base in the field of aerospace technology.

The "Tianjian-3" uses state-of-the-art ion propulsion technology and ultra-lightweight composite materials, enabling the "Hope" to maintain an extremely high fuel efficiency while possessing amazing thrust, greatly extending its endurance in space.

Its maximum carrying capacity reached a terrifying 3,000 tons, a figure that not only far exceeded the carrying capacity of all rockets before the natural disaster, but also took a giant leap forward in advancing humanity's dream of sending people into deep space and conducting large-scale interstellar exploration.

The success of "Tianjian-3" not only signifies a leap forward in aerospace technology for the Tianyu Base, but also symbolizes humanity's indomitable and courageous spirit in the face of adversity. Faced with the challenges posed by extreme cold, humanity did not choose to retreat, but instead marched even more resolutely towards the stars.

With the official commissioning of "Tianjian-3", Tianyu Base began planning a series of ambitious space exploration missions. They first targeted Mars, which is relatively close to Earth and has a relatively suitable environment, planning to establish the first permanent human base there to accumulate experience and technological reserves for future deep space exploration.

To achieve this ambitious goal, Tianyu Base quickly assembled a "Mars Exploration Vanguard Team" composed of top scientists, engineers, and astronauts.

This team brings together elites from all over the planet Earth. They not only possess profound professional knowledge and rich practical experience, but also harbor a thirst for the unknown and a sense of responsibility for the future of humanity.

Also in that year, another major scientific research project at the Tianyu Base achieved a breakthrough—"Starwalker," an intelligent robot developed by the Tianyu Base to meet the complex and ever-changing environment and mission requirements of future space exploration. It possesses an advanced autonomous navigation system and powerful operational capabilities, enabling precise operation and maintenance in space, greatly reducing the burden on astronauts and improving the efficiency of space exploration.

The "Starwalker" navigation system employs the latest deep learning algorithms, enabling it to autonomously analyze the space environment, plan optimal paths, and avoid collisions and dangers. Simultaneously, it possesses powerful environmental awareness capabilities, able to monitor key parameters in space such as radiation, temperature, and air pressure in real time, ensuring the safety of astronauts.

In terms of operations, "Starwalker" has a flexible robotic arm and a variety of tools, enabling it to perform precise assembly, maintenance, and scientific experiments.

It can also carry various sensors and detection equipment to conduct detailed exploration and analysis of unknown areas in space. This comprehensive capability makes "Starwalker" a powerful assistant to astronauts in space exploration.

In 2042 AD, Lin Hong, the Minister of Science and Technology of Tianyu Base, led a team of scientists who, after nearly 17 years of hard work, finally mastered the "controlled nuclear fusion" technology and applied it to various branch bases of Tianyu Base.

For the first time, humanity has achieved self-sufficiency in energy supply, and the blue planet has ushered in an unprecedented energy revolution. The extremely cold and harsh environment is no longer a shackle that restricts human development.

With the widespread application of "controlled nuclear fusion" technology, the energy problem of Tianyu Base and the entire Blue Star has been fundamentally solved.

This clean energy source is not only pollution-free, but also virtually inexhaustible, opening up a new path for human sustainable development.

Driven by the energy revolution, human development has ushered in a new peak.

The industrial production, scientific research and experimentation, and residents' lives at each branch base have been greatly improved and enhanced.

At the same time, this technological breakthrough has also sparked a wave of technological innovation among fund investors worldwide.

By 2032, Tianyu Base will have fully realized Industry 6.0, resulting in an unprecedented leap in productivity. Base residents will no longer have to toil for a living, and can focus more on their personal interests and creative endeavors.

Now that the energy problem has been completely solved, innovation and creation have become a new trend in the lives of ordinary citizens.

Tianyu Base has not only become a cradle of technology, but also a fertile ground for creativity.

Various new technologies and products have emerged like mushrooms after rain, driving the overall progress of human society.

In the field of education, Tianyu Base has also spearheaded a revolution.

The traditional education model has been overturned and replaced by a personalized and intelligent education system.

Through advanced virtual reality and artificial intelligence technologies, each student can receive a personalized learning plan and interactive teaching experience, greatly improving the efficiency and effectiveness of education.

The arts and culture sector has also witnessed unprecedented prosperity. Investors have utilized advanced technology to create countless stunning works of art, encompassing music, painting, sculpture, film, and many other fields. These works not only showcase human creativity but also promote global cultural integration and development through cross-cultural exchange.

In 2045 AD, Yang Yue and others made a breakthrough in the "telomerase regulation technology" they studied in the post-apocalyptic bunker biological experiments, and entered the clinical trial stage.

This technology effectively slows down the cellular aging process by precisely regulating the activity of telomerase in human cells, providing a new approach to treating a variety of age-related diseases.

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