1. "Knowledge changes destiny" short stories
There are many short stories about knowledge changing destiny at all times and in all over the world. For example, Chen Jingrun in China, who originally came from a poor family, worked in a grocery store When he was an apprentice, he did not succumb to his fate, but continued to strive for self-improvement. He studied mathematics by himself at night, and later audited at Tsinghua University. Later, he changed his destiny and even shocked the world with the famous Goldbach's conjecture; and Helen Kaye of the United States. Le, who was blind in both eyes and deaf in both ears when she was one and a half years old, fought against her fate unyieldingly. Under the guidance of her family teacher, she learned Braille, spelled words, expressed herself, and learned to speak. At the age of 20, she passed the test Entered Harvard University Women's College. If she had not studied hard but given up on herself, she would have been just a pitiable disabled person. But she used her perseverance to create the myth of "knowledge changes destiny"~!
Li Ka-shing, the richest man in China, famously said: “Knowledge changes destiny”
Wealth: US$11.9 billion
Quote: “Knowledge changes destiny”
A poor young man, relying on his diligence and wisdom, spent decades to complete the wealth creation myth of several or even dozens of generations. He repeatedly took action when the world was in a downturn and made a fortune. His classic case of achieving great success in the capital market has also been included in the business tutorials of the world's management masters. Superman, while becoming the richest man in Hong Kong, Macao and Taiwan with a fortune of US$12 billion, has also achieved his sacred status in the hearts of the Chinese by encapsulating countless people's personal experience of creating wealth and dreams.
2. List examples where knowledge changes destiny
Chen Jingrun, from a poor family, studied hard and worked as an apprentice in a grocery store. However, he did not succumb to fate, but continued to strive for self-improvement. He studied mathematics by himself at night, and later audited at Tsinghua University. In 1953, he graduated from the Department of Mathematics of Xiamen University. He was once detained at the school and worked as a reference clerk in the library. In addition to sorting out books and materials, he was also responsible for grading students in the Department of Mathematics. Despite the tight schedule and busy work schedule, he still persevered in studying mathematical science.
Chen Jingrun has a strong interest in mathematical theory and used all available time to systematically read the mathematics monographs of the famous Chinese mathematician Hua Luogeng. In order to read foreign materials directly and grasp the latest information, Chen Jingrun continued to study Russian, German, French, Japanese, Italian and Spanish while continuing to study English.
Learning the languages ??of these countries is already an amazing breakthrough for a mathematician, but for Chen Jingrun, it is just the first step in a long journey of thousands of miles. In order to make his dream come true, Chen Jingrun worked hard in a small room of less than 6 square meters, no matter whether it was scorching summer or severe winter.
In 1957, Chen Jingrun was transferred to the Institute of Chinese Academy of Sciences. As a new starting point, he studied harder. After more than 10 years of calculation, in May 1965, he published his paper "A large even number represents the sum of a prime number and the product of no more than 2 prime numbers."
The publication of the paper has been highly valued and praised by the world's mathematical community and famous mathematicians. The British mathematician Halberstam and the German mathematician Richter wrote Chen Jingrun's paper into a mathematics book and called it "Chen's Theorem". Chen Jingrun finally conquered the "Goldbach Conjecture", a mystery in mathematics in the world. The world's "unsolved mystery" in mathematics was finally deciphered by Chen Jingrun, and the pearl in the Queen's crown was finally picked up by Chen Jingrun.
However, the elites in the field of mathematics in this world do not know the classification of products in their daily lives. Some products cannot be named, and they are called "idiots" and "weirdos". Writer Xu Chi described Chen Jingrun's inner world in "Goldbach's Conjecture": "I know that my illness has already become serious.
I am terminally ill. Bacteria are eating away at my lungs and internal organs.
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My heart has reached the point of failure. My body really can’t support it! Only my brain cells are extremely active, so I can’t stop working. Can't stop..." Regarding Chen Jingrun's contribution, Chinese mathematicians have said this: Chen Jingrun is challenging the total intellectual limit of the world in the field of analytic number theory in the past 250 years.
With his arduous study, he shocked the world. If he had given up on himself and been willing to be an apprentice, he would not have achieved today's great achievements.
3. "Knowledge changes destiny" short stories
There are many short stories about knowledge changing destiny at all times and in all over the world. For example, Chen Jingrun in China, who originally came from a poor family, worked in a grocery store When he was an apprentice, he did not succumb to his fate, but continued to strive for self-improvement. He studied mathematics by himself at night, and later audited at Tsinghua University. Later, he changed his destiny and even shocked the world with the famous Goldbach's conjecture; and Helen Kaye of the United States. Le, who was blind in both eyes and deaf in both ears when she was one and a half years old, fought against her fate unyieldingly. Under the guidance of her family teacher, she learned Braille, spelled words, expressed herself, and learned to speak. At the age of 20, she passed the test Entered Harvard University Women's College. If she had not studied hard but given up on herself, she would have been just a pitiful disabled person. But she used her perseverance to create the myth of "knowledge changes destiny"~! Li Ka-shing, the richest man in China, famously said: “Knowledge changes destiny.” Wealth: 11.9 billion US dollars. Quote: “Knowledge changes destiny.” A poor young man, relying on his own diligence and wisdom, spent decades completing the achievements of several generations or even dozens of people. The wealth creation myth of generations.
He repeatedly took action during the downturn of the world and returned home rich and powerful. His classic case of achieving great success in the capital market has also been included in the business tutorials of world management masters. Superman, while becoming the richest man in Hong Kong, Macao and Taiwan with a fortune of US$12 billion, has also achieved his sacred status in the hearts of the Chinese by encapsulating countless people's personal experience of creating wealth and dreams.
4. Please write a short story about how knowledge changes your destiny/
Su Qin, a native of Luoyang in the Eastern Zhou Dynasty. He went to the State of Qi and learned the art of vertical and horizontal from Gui Guzi. After he learned it, he went to lobby the King of Qin. He wrote ten times but was not used. The money he brought was used up. He returned home in a very embarrassed state. His brother, younger brother, sister-in-law, sister, and wife , and concubines all laughed at him secretly, saying that he was not doing his job properly and was gossiping, so he deserved his misfortune. Su Qin felt ashamed and secretly sad after hearing this, so he studied hard. When he got sleepy, he pricked his thigh with an awl, woke up and continued reading. Finally, he became the prime minister of the six kingdoms and the co-chief of the six kingdoms. Later, "thorn in the buttocks" was used as a metaphor to study hard.
Helen Keller from the United States became blind in both eyes and deaf in both ears when she was one and a half years old, but she fought unyieldingly against her fate. Under the guidance of her family teacher, she learned Braille, spelled words, and expressed herself. She also learned to speak, and at the age of 20, she was admitted to Harvard Women's College. If she had not studied hard, but given up on herself, she would have been just a pitiful disabled person, but she used her perseverance to create "knowledge changes destiny" The myth~!
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5. What are some examples of knowledge changing destiny?
There are many short examples of knowledge changing destiny in ancient and modern times, both at home and abroad. For example, Chen Jingrun in China, who originally came from a poor family, worked in a grocery store. When he was an apprentice, he did not succumb to his fate, but continued to strive for self-improvement. He studied mathematics by himself at night, and later audited at Tsinghua University. Later, he changed his destiny and even shocked the world with the famous Goldbach's conjecture; and Helen Kaye of the United States. Le, who was blind in both eyes and deaf in both ears when she was one and a half years old, fought against her fate unyieldingly. Under the guidance of her family teacher, she learned Braille, spelled words, expressed herself, and learned to speak. At the age of 20, she passed the test Entered Harvard University Women's College. If she had not studied hard but given up on herself, she would have been just a pitiful disabled person. But she used her perseverance to create the myth of "knowledge changes destiny"~! Li Ka-shing, the richest man in China, famously said: "Knowledge changes destiny." Wealth: US$11.9 billion.
6. Celebrity stories about “knowledge changes destiny”
Chen Zhangliang, born in 1961. He received his PhD from the University of Washington in 1987. He was one of the first scientists in the world to successfully transfer soybean storage protein genes into Solanaceae plants, and was awarded the "Little Nobel Prize" by UNESCO for this. "Young Scientist Award". Professor Chen Zhangliang was hired as a professor by Peking University at the age of 29, making him one of the youngest professors in the country at that time.
Later, he served as dean of the Department of Biology, dean of the School of Life Sciences, and vice president of Peking University.
The boat of Chen Zhangliang’s life began in a small fishing village close to the sea in Fuqing County, Fujian Province. He said: "When I was a child, I used to go to the sea with my brother to catch some fish and sell them to support the family. When I was 9 years old, people in the village said that I was too old and could not study. It was too shameful. Then I started to study in the first grade. "I was the first person from that middle school to go to college. In July 1978, more than 100 of us took the college entrance examination in a big truck." Chen Zhangliang still remembers being shaken by the truck. He was dragged unsteadily to the county seat to take the college entrance examination. He pinned all his life's hopes on this exam. After the examination results were announced, Chen Zhangliang became the only one among more than 100 candidates in the township who succeeded - he was finally admitted to the Department of Cultivation of the South China Tropical Crops College in Hainan Island. In fact, the embarrassment at that time was incredible: Chen Zhangliang had to work while studying; he had to fish and catch shrimps in the sea during winter and summer vacations to sell a few dollars for tuition and buy lamp oil; he studied hard under a kerosene lamp at night.
Chen Zeng said in an interview: "The resumption of the college entrance examination, first of all, has changed the fate of us people and the fate of a country, but the important thing is that the country has provided us with great Opportunities; the second is that we can step into the university campus. We have never thought about it in our dreams. I really didn’t think about it at all when I was a child. Finally, I understand that I am a useful person. I understand that I have a future and can contribute to my family. , I seem to have won a glory for my father and mother, and for my school, so I cherish it very much. I remember it is the "three points": library, classroom, dormitory, these three points every day, I have been studying.
Leonardo da Vinci, an artist and intellectual, has won the admiration of the world for his artistic and technological achievements.
Galileo, the man who pioneered modern science, won the admiration of his contemporaries, including the Pope, for his extensive knowledge.
Erasmus, also because of his profound knowledge and deep thinking, people in half the world have to pay attention to his remarks.
Newton was the first ordinary British person to be knighted by the King of England for his academic achievements.
Marx, no introduction is needed.
Nobel, Edison, etc. gained wealth and reputation because of invention patents.
These are all examples of knowledge changing destiny.
[Almost every successful person has the same hobby - reading. ]
However, the editor believes that among the factors that change destiny, the role of knowledge is not necessarily the main one. For example, personality factors are very important. If knowledge can be elevated to theory and thought, then it will first change It is the self, that is, the expansion of the spiritual world and the improvement of the realm.
The Story of Thales
One day, Thales, a famous philosopher and natural scientist from ancient Greece who was dressed in ragged clothes, was walking through the dusty street. He thought that the businessman was sarcastically saying: "Taylor Thales, they say you are a knowledgeable person, but knowledge cannot bring you gold and bread, it can only bring you poverty and shabbiness." After hearing this, Thales retorted: "I cannot tolerate you taking advantage of my poverty. Come belittle and attack the role of knowledge, and I will teach you a lesson with facts!" Thales used his rich knowledge of astronomy, mathematics and agriculture to make careful predictions and calculations and concluded that there would be a bumper olive harvest next year. So he rented olive oil pressing equipment that was available nearby at a low price in advance. The next year, there was indeed a bumper olive harvest, and demand for oil presses suddenly increased. Thales took the opportunity to raise rents. Many people who wanted to rent an oil press crowded in front of Thales's door, and the businessman who had ridiculed Thales was also sweating profusely as he squeezed his way through the crowd. Thales walked up to him and said to him in a mocking tone: "Noble businessman, do you see? I got these oil presses with my knowledge. I want to get rich, and I just use some tricks, but I What I am pursuing is not these. What I need is the priceless treasure of knowledge, which is a great power that money cannot buy."
7. Examples of knowledge changing destiny
①Chen Jingrun, He originally came from a poor family and worked as an apprentice in a grocery store. However, he did not succumb to his fate, but continued to strive for self-improvement. He studied mathematics by himself at night, and later audited at Tsinghua University. Later, his fate was changed due to the famous Goldbach's conjecture. The world was shocked.
② Helen Keller from the United States became blind in both eyes and deaf in both ears when she was one and a half years old. However, she fought against her fate unyieldingly. Under the guidance of her family teacher, she learned Braille, spelled words, and expressed herself. , also learned to speak, and at the age of 20, was admitted to the Women's College of Harvard University. ③Firefly sac reflecting snow. In the Jin Dynasty, Che Yin's family was poor and had no money to buy lamp oil, but he wanted to study at night, so he grabbed a handful of fireflies and used them as lamps to study in summer nights; Yingxue was created by Sun Kang of the Jin Dynasty who used snow to reflect the light at night. Reading in light.
His spirit of reading at night inspires generations of students, inspires future generations, and sets an example forever. ④ Cutting through the wall to steal the light One night, Kuang Heng really wanted to read before going to bed, but because his family was so poor that he didn't even have lamp oil, he couldn't light a lamp and read.
Just when Kuang Heng was worried, he suddenly found a ray of light coming from the gap in the wall. It turned out to be the neighbor's light. Kuang Heng came up with a plan, and used a chisel to dig the small slit into a small hole. Then he held the book, leaned against the wall, and read with the weak light.
From then on, Kuang Heng borrowed the neighbor's light every night and studied hard, and finally became a famous scholar. ⑤Tong Dizhou, named Weisun, was born in a peasant family in Yin County, Zhejiang Province (now Yinzhou District, Ningbo City, Zhejiang Province) on May 28, 1902.
Due to a poor family, he did not enter school until he was 17 years old. Graduated from the Department of Biology of Fudan University in 1927.
Received a doctorate in science from the University of Bijing in Belgium in 1930.
Extended information: Chen Jingrun, born on May 22, 1933, in Minhou County, Fujian Province (now Lulei Village, Chengmen Town, Cangshan District, Fuzhou City).
In February 1948, he was admitted to the spring class of Fuzhou Yinghua High School, the predecessor of the Middle School Affiliated to Fujian Normal University. In the summer of 1950, during his senior year of high school, he was admitted to the Department of Mathematics and Physics of Xiamen University ahead of schedule.
From 1949 to 1953, he studied in the Department of Mathematics of Xiamen University. After graduating from university, he was assigned by *** to teach at Beijing No. 4 Middle School.
From 1953 to 1954, he taught at Beijing No. 4 Middle School. Because of his slurred speech, he was "suspended and returned to his hometown to recuperate." In 1954, he was transferred back to Xiamen University as a data clerk. At the same time, he studied number theory and also conducted research on issues such as the close relationship between combinatorial mathematics and modern economic management, scientific experiments, cutting-edge technology, and human life.
In February 1955, on the recommendation of Mr. Wang Yanan, the president of Xiamen University at the time, he returned to his alma mater, Xiamen University, as a teaching assistant in the Department of Mathematics. In 1956, he published "The Tower Problem", which improved Mr. Hua Luogeng's results in "Theory of Stacked Prime Numbers".
In September 1957, due to the attention of Professor Hua Luogeng, he was transferred to the Institute of Mathematics, Chinese Academy of Sciences as a research intern. From 1960 to 1962, he transferred to the Dalian Institute of Chemical Physics, Chinese Academy of Sciences.
Served as assistant researcher in 1962. In 1965, he claimed that he had proved (1+2). After being reviewed by his senior brother Wang Yuan, he published it in the Science Bulletin in June 1966.
In 1966, he published "Expressing Even Numbers as the Sum of a Prime Number and the Product of No More Than Two Prime Numbers" (referred to as "1+2"), which became a milestone in the study of Goldbach's conjecture. In 1973, he published a detailed proof of "1+2" ??in "Science China" and improved the numerical results announced in 1966. He immediately caused a sensation in the international mathematics community and was recognized as a major contribution to the study of Goldbach's conjecture. , is the glorious culmination of sieve theory.
His results are called "Chen's Theorem" by the international mathematics community and have been included in many number theory books in the United States, Britain, France, the Soviet Union, and Japan. This work also enabled him to win the first prize of the China Natural Science Award together with Wang Yuan and Pan Chengdong in 1978.
In 1974, Premier Zhou Enlai, who was seriously ill, personally recommended him as a deputy to the Fourth National People's Congress and was elected as a member of the Standing Committee of the National People's Congress. In January 1975, he was elected as a deputy to the Fourth National People's Congress, and later served as a deputy to the fifth and sixth National People's Congress.
In 1977, he was promoted to researcher as an exception. In 1979, he completed the paper "The Minimum Prime Number in Arithmetic Series", which pushed the minimum prime number from the original 80 to 16, which was well received by the international mathematics community.
In 1979, he was invited by the Institute for Advanced Study in Princeton to give lectures and visits, and received widespread attention from foreign colleagues. In 1980, he was elected as a member of the Department of Physics and Mathematics of the Chinese Academy of Sciences.
(Academician) In March 1981, he was elected as a member of the Chinese Academy of Sciences. (Academician) Was designated as a first-level researcher in 1988.
In 1992, he served as editor-in-chief of Journal of Mathematics and won the first Hua Luogeng Mathematics Award. At 1:10 pm on March 19, 1996, Chen Jingrun died in Beijing Hospital at the age of 63.
His last contribution to science was donating his body for hospital dissection. Main achievements: His research in the field of mathematics has been fruitful.
His paper "The Theory of Multivariable Complex Variable Functions in Typical Domains" won the first prize of the National Invention Award in January 1957, and he published a monograph in Chinese, Russian and English versions; in 1957 he published " "Introduction to Number Theory"; in 1959, Leipzig first published "Estimation of Exponential Sums and Their Application in Number Theory" in German, and successively published the Russian and Chinese versions. In 1963, the book "Typical Groups" co-written by him and his student Wan Zhexian was published.
He initiated the establishment of the Institute of Computer Technology and was one of the earliest scientists in China to advocate the development of electronic computers. In 1957, Chen Jingrun was transferred to the Research Institute of the Chinese Academy of Sciences. As a new starting point, he studied even harder.
After more than 10 years of calculation, in May 1965, he published his paper "Expressing even numbers to represent the sum of a prime number and a product of no more than 2 prime numbers." The publication of the paper was highly valued and praised by the world's mathematical community and famous mathematicians.