Looking back at the ranking of five Chinese scientists, Qian Lao is only ranked third, and who is at the top of the list
The prosperity and progress of a country is the result of the joint action of many factors, among which economic construction and scientific and technological development are crucial factors. This is not only an inevitable requirement for enhancing comprehensive national strength, but also a key engine for promoting national development. In this process, the contribution of scientists cannot be ignored.
The reason why our country has been able to achieve its current achievements is precisely because of the many outstanding scientists. While scientists may not be able to decide the fate of a nation alone, their hard work and wisdom have injected a powerful impetus into the country's development. In China, there are five scientists who enjoy world reputation, among which Qian Lao is only ranked third, but his contribution is equally remarkable.
In that exciting era, there was a name that spread all over the country and caused a sensation in the world - Qian Xuesen. He is known as the father of missiles, the founder of China's aerospace industry, and an outstanding pioneer.
It was a turbulent era, and countries were vying for talent, but Qian Xuesen became the focus of the most attention. In order to retain this talented student, foreign colleges and universities did not hesitate to use various means, and even tried to retain him to develop in the United States with generous treatment and tough means. In the face of the world's first-class people, Qian Xuesen already has a firm belief in his heart, he wants to return to China to engage in construction, and give everything for the motherland's aerospace dream.
In the early days of China's founding, the economy was barren, and the aerospace field was even more blank. But it was in this land of few hopes that Qian Xuesen's figure gradually emerged. He assembled a top team, composed of many outstanding scientists, and embarked on a long and arduous journey of exploration. In the face of zero foundation in the aerospace field, they started from the most basic aspects and invested in research and development in obscurity.
Deep in the desert, they are incognito, fighting the uncharted territory of science and technology with wisdom and perseverance. Every experiment is an adventure, and every failure is an accumulation. They overcame their inner pressure and endured harsh living conditions.
It wasn't until there were remarkable results that people realized that there was such a group of tenacious people in that obscure land. Their contribution is not only a contribution to science, but also a responsibility to the country.
In this great group of scientists, Qian Xuesen's name may only be ranked third, but his persistence and contribution have made him an immortal legend of that era. He used his life's youth to write the first page of the aerospace epic, setting a lofty model for those who came after him.
Chern has been interested in mathematics since he was a child, and he is always alone in the corner silently studying various mathematical problems. Later, his talent caught the attention of a teacher.
Under the guidance of his teacher, Chern embarked on a journey to the temple of mathematics. He sailed through the sea of academics, conquering the heights of mathematics again and again.
Day after day, year after year, Chern's efforts were not in vain. He focused his gaze on Gaussbonne's mathematical formulas, and a seemingly obscure mathematical notation became vivid and clear in his hands. His achievements have attracted the attention of scientists at home and abroad.
Ding Zhaozhong was full of curiosity about the world when he was a child, but everything changed after he entered college.
The physics class in college was a wasteland in the depths of his soul. Esoteric formulas and theories that contain the mysteries of the universe seem to form a mysterious castle waiting for him to explore. So, in the experiments again and again, he seemed to be pushed by a mysterious force and embarked on the road of physical exploration.
With the accumulation of knowledge, his eyes were gradually opened. In the process of pursuing the confirmation of Einstein's doctrine, he faced difficulties alone, defying hardships and dangers, and persevered in his beliefs.
In the course of continuous research, Ding Zhao discovered many new physical materials, and he refreshed the milestones in the field of international physics and became a pioneer in the field of physics.
Perhaps, the young Ding Zhaozhong did not expect that his life would reach its peak because of his dedication to physics. He chose to go to the University of Michigan for further study, and in a foreign country, many countries wanted to keep him, but he resolutely chose to return to China to contribute to the scientific research of his homeland.
During this time, he not only solved the mysteries of the universe, but also won the Nobel Prize in physics.
At that time, computer science was still in the dawn stage of exploration, and the technical level was relatively lagging behind, but Yao Qizhi planted the seeds of exploration in the fertile soil of this field.
Yao did not back down because of the difficulties in the computer field at that time. On the contrary, with a heart that is not willing to be mediocre, he has assembled a team full of dreams and creativity.
Under his leadership, there have been tremendous breakthroughs in computer science, and they have opened a new chapter in the field.
His efforts and achievements have also been duly rewarded. In the halls of science, he was awarded the Turing Award.
Yao was not satisfied with his personal brilliance. He set his sights on education, hoping to cultivate more outstanding talents in computer science while researching and developing. He has become a hero in the field of computer science in China, not only creating a new era of science and technology, but also cultivating generations of scientific and technological elites for the future of the country.
Yang Zhenning grew up in a privileged family, his academic achievements are jaw-dropping, and his love for physics has lit a candle in his heart.
Yang Zhenning decided to follow his interests and embarked on a journey to study abroad. In a foreign country, his talent attracted the attention of the United States, and eventually he chose to stay in the United States to conduct physics research. This decision caused an uproar at the time, and he was denounced as a "traitor" and deeply questioned by **.
Yang Zhenning was not shaken by the criticism of the outside world. Years later, he returned to his homeland with a wealth of honors and scientific research to defend his choice.
In the early days of the founding of the People's Republic of China, the lack of scientific research conditions made domestic scientists face great challenges. Yang Zhenning has accumulated rich research experience abroad, he knows the predicament at home, and he also knows what kind of contribution he can make to the country. Although his choice abroad once caused controversy, he became the first Chinese scientist to win the Nobel Prize in Physics, earning a rare honor for the country.
During his work abroad, he not only cared about the development of international science, but also paid attention to the scientific research prospects of his motherland. He put forward many far-sighted opinions and pointed out the direction for the development of China's scientific undertakings. Eventually, when the time came, he chose to return to China.
During his years as a teacher in China, he passed on his experience and knowledge to generations of students. He lit up the path of knowledge for countless young people with the torch of his soul and became the banner figure of science education in China.
These great men, like starlight, shine in the night sky of the motherland. Their dedication and contribution are the cornerstone of the rise of the motherland. Today, we enjoy the beauty of modern life, but we should not forget the hard work of these great people, who created the country yesterday with wisdom and hard work, and also created a better tomorrow for us.
In this glorious era, their experience is like a thick history book, full of chapters of struggle and struggle. They have used their lives to prove to the world the wisdom of Chinese scientists and the strength of China. And we, as latecomers, should inherit their spirit, shoulder the mission of building the motherland, and make this hot land more brilliant.
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