In 1937, on the Tsinghua campus in Changsha, an unkempt "Huazi" suddenly appeared at the school gate, and what an important thing was hidden in the sauerkraut jar. This seemingly crazy scene unravels an astonishing mystery of his origins.
In that turbulent era, one of the budding pioneers in the field of physics in China, Professor Zhao Zhongyao, not only founded China's first nuclear physics laboratory, but also became a well-deserved scientific giant because of his fearless sense of responsibility and outstanding academic achievements.
Zhao Zhongyao's life is full of legends, and his hard work, diligent exploration, and dazzling light on the international stage in his early years constitute his legendary experience. And the "radium" element he brought back to his homeland is a gripping story.
As a child, Zhao Zhongyao showed extraordinary academic talent and pursued scientific knowledge in a unique way. In 1920, he entered Nanjing Higher Normal School, and his fate with Tsinghua University began to be foreshadowed. With the establishment of the Department of Physics, he became a professor of physics at Tsinghua University, creating a precedent for nuclear physics education in China.
However, Zhao Zhongyao is not only an advocate of the discipline, but also a responsible person of the country. In 1927, he went international to study for a doctorate at the California Institute of Technology, where he became a protégé of Professor Milligan. During this period, his research results shocked the international physics community and laid the foundation for the rise of physics in China.
However, adversity followed. In 1937, Japan invaded China, and the country was in danger. Tsinghua University was forced to evacuate urgently, and physicists scattered in all directions. And Zhao Zhongyao, in order to protect his scientific research results, risked his life to sneak back to Beiping to find the item he called "precious things".
Zhao Zhongyao's return journey was extremely bumpy. In the laboratory of Tsinghua University, he found his "treasure" - a barrel of "radium" extracted by Marie Curie. In order to avoid attracting the attention of the enemy, he loaded this bucket of "radium" into the sauerkraut jar, dressed in ragged clothes, and carried this heavy "treasure" through the dangerous area with great difficulty, and embarked on the road back to Changsha.
Zhao Zhongyao suffered great hardships along the way, lost his luggage, and was seriously injured by radiation. However, for the sake of the country's scientific research, he did not hesitate and insisted on bringing this precious "radium" back to Tsinghua University.
Met at the gate of Tsinghua University, President Mei Yiqi had difficulty recognizing this former colleague at first. Facing Zhao Zhongyao, Mei Yiqi was shocked by his hardships and selflessness for the country. Dust, worn clothes and scabbed scars make up the vicissitudes of this great scientist.
When the sauerkraut jar was handed over to Mei Yiqi, Zhao Zhongyao solemnly said: "This is the 'radium' I brought back from England, you must put it away." The 50 milligrams of "radium" was a parting gift from Marie Curie to him, and it was also an important element that China could not produce at that time.
Mei Yiqi deeply felt Zhao Zhongyao's great contribution to the country's nuclear industry. However, the great physicist didn't stop there. Later, he went to Yunnan University and Southwest Associated University to once again train a group of outstanding physics talents for the country.
Zhao Zhongyao has had a bumpy life, but he is unswerving. His story is a chapter in China's scientific career that cannot be ignored. The unkempt "Hanako" is this great scientist who dedicates his life to the country and the people.
The legendary story of Professor Zhao Zhongyao is real and touching, and this outstanding scientist has written a strong mark on the cause of Chinese science with his outstanding academic achievements and selfless patriotic spirit. In this article, we take a closer look at his arduous journey from Tsinghua University to Caltech to Tsinghua University, and his dedication to risking his life to protect important scientific research.
The article reveals Zhao's pinnacle achievements in the field of science, especially his influence in the international physics community. His research on hard gamma rays, especially the key published in the Proceedings of the National Academy of Sciences, attracted international attention. What is even more amazing is that the high-energy photon beam of hard gamma rays he discovered, as well as his persistence in follow-up research, have laid a solid foundation for the development of the field of nuclear physics in China.
And the climax of the story is undoubtedly Zhao Zhongyao's hard work to protect the "radium" element brought back from abroad. He risked his life, crossed the danger area, and trekked all the way back to Beiping, found the Tsinghua laboratory, and recaptured this "radium", which was extremely precious to him. This scene is moving, showing his determination and responsibility to do everything for the cause of scientific research.
Zhao Zhongyao's perseverance and dedication were best presented in the encounter at the gate of Tsinghua University. He stood at the gate of the school as "Hanako", dressed in shabby clothes and unkempt, making it hard to believe that this was the great scientist of the past. Principal Mei Yiqi's shock and exclamation also triggered readers' deep thinking about Zhao Zhongyao's great cause.
Through this real historical story, the article evokes people's respect for the unknown efforts of scientists. Zhao Zhongyao's story tells us that the development of science is inseparable from these scientists who are silently dedicated and work hard for the country and the people. They have not only made outstanding achievements in academics, but also cultivated generations of talents for the country's scientific undertakings, laying a solid foundation for the rise of Chinese science.
At present, we should take Zhao Zhongyao as an example, carry forward the spirit of scientists, and contribute to the cause of national scientific and technological innovation. Such stories tell us that behind scientists there is often an unknown perseverance and hard work, which is worthy of deep thought and admiration by each of us.
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