Why does Cui Qi have the opportunity to study in Hong Kong?

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Cui Qi, an American Chinese, is a professor in the Department of Electronic Engineering at Prince University in the United States, and has made great achievements in electronic research. 19981June13rd, the Royal Swiss Academy of Sciences awarded him the Nobel Prize in Physics. He is the seventh China native to win the Nobel Prize after Chu and others. Another person with the same name is calligrapher Cui Qi, who is also known as "composer in the field of music".

Daniel Cui Qi, Han nationality, is from Fanzhuang, 7.5 kilometers north of Baofeng County, Henan Province. 1939 was born in a peasant family in Fan Village, Xiaoqi Township, Baofeng County, Henan Province, China. Because of poverty, there is not even a school in this town. Cui Qi had to receive four books and five classics education in a private school. 195 1 studied in Beijing and entered Peizheng Middle School the following year. Soon, he and his sister came to Hong Kong and went directly to the sixth grade. In Hong Kong, the biggest difficulty he faces is the language barrier. One is to learn Cantonese, the other is to learn English well. Later, I entered Peizheng Middle School and made rapid progress in English. Because it is a bilingual school, the textbooks are Chinese, and the nouns are English and Chinese. This teaching method has benefited Cui Qi a lot. He later recalled that China people should study science. Only in this way can we do everything and get the real learning effect. He said that only knowing Chinese will make scientists unable to catch up with the latest scientific research reports, and giving up Chinese completely is a waste of time. Graduated from Peizheng Middle School 1957, Cui Qi, 19 years old, went to the United States for further study and studied at Augustana College, Illinois. At that time, he was the only China student in the school. Cui Qi, a teenager, overcame all kinds of setbacks and difficulties in his journey from Henan to Hong Kong and from Hong Kong to the United States, and cultivated his indomitable character. He studied hard and worked hard, and graduated from college with excellent results. In order to further his studies, he entered the University of Chicago from 65438 to 0967 and studied under Professor Stark. Professor Stark's interesting physics teaching and extensive physics mysteries made Cui Qi have a special interest in physics and began to devote more energy to physics research. After getting a doctorate in physics, he went to work in the famous Bell Laboratory. Following Professor Lowell's study and research, the physics experiments here made him more interested and determined to devote himself to the research and exploration of physics. 1982 Professor, Department of Electronic Engineering, Princeton University, majoring in basic properties of electronic materials. On the one hand, Cui Qi is rigorous and dedicated in his research, and he is very devoted to his favorite physics research career. He likes doing physics experiments and often devotes himself to research when necessary. Sometimes, out of the need of experimental research, he can run around Boston and Florida, looking for strong magnetic fields to carry out his "quantum liquid experiment", and pay little attention to other things around him when he works. Therefore, his research work is excellent and efficient. Two years after discovering the "Fractional Quantum Hall Effect", he won the honorary title of "Academician of the American Academy of Sciences" and the Buckley Prize in Physics with 1984. On the other hand, Cui Qi is a very humorous and easy-going person. He often regards physics experiments as playing games. He said he could do whatever he wanted. "It's so annoying to do research reports!" When he encounters difficulties in his research, he will also say, "It's a fine day outside. Come back after playing outside for a while. It will be more beneficial to solve the problem if you don't press yourself into a dead end and relax. " This time, he and two other scientists won the 1998 Nobel Prize in physics for discovering that electrons can interact in a strong magnetic field to form new "particles" with fractional molecular charges.