About articles written by scientists? I m in a hurry!! Hurry, hurry

Newton was very attentive to his scientific research, and often forgot about the small things in life. Once, when the old lady who was cooking for Newton had something to go out, she put her eggs on the table and said, "Sir! I'm going out to buy something, please boil your own eggs and eat it, the water is already boiling! ”

Newton, who was calculating intently, let out a "hmm" without raising his head. When the old nanny came back, he asked Newton if he had boiled the eggs, and Newton said without raising his head: "Cooked!"

The old lady lifted the lid of the pot and was stunned: a pocket watch was actually boiling in the pot, but the eggs were still in place. It turned out that Newton was busy calculating and threw his pocket watch into the pot indiscriminately.

Newton was alone in the orchard at home, and because he was thinking about a problem while walking, he accidentally bumped into an apple tree in the garden, and an apple happened to hit Newton's head. Newton suddenly woke up to the problem and picked up the apple, at which point he was caught up in the question of why the apple fell to the ground instead of floating into the sky.

Eventually, Newton came up with a universal law for the generation of the simplest phenomenon: gravitation.

When Franklin was 7 years old, the adults gave him a lot of money for a holiday. Franklin planned to use this "huge money" to go to the store and buy some toys. On the way, he saw a boy blowing a whistle very vigorously, and he was completely fascinated by the whistle at that time, so he exchanged all his money for the boy's whistle.

Back at home, Franklin proudly whistled around the house, disturbing the whole family. His family learned about his deal and told him that he had paid 4 times more than its original price for the whistle and made him understand that with these extra payments, more and better things could be bought.

Boyle was born on 25 January 1627 into an aristocratic family in Ireland. His father was an earl and his family was wealthy. He was the youngest of fourteen brothers.

In his childhood, Boyle was not particularly intelligent, he spoke a little stuttering, and he did not like lively games, but he was very studious, and liked to read and think quietly. He received a good education from an early age, and from 1639 to 1644 he traveled to Europe. During this time, he read many books on the natural sciences, including astronomer and physicist Galileo Galilei's famous book "A Dialogue on Two World Systems".

He was very impressed by the book. His later famous book, The Skeptical Chemist, was written in imitation of this book.

Elementary school students are not good at writing essays.

Suppose I were a scientist.

If I were a scientist, I would invent a multi-purpose exploration machine.

It's tiny enough to be used by a police uncle when catching criminals. After the fingerprints and physical characteristics of the criminal are known, the whereabouts of the criminal can be found within 10 minutes, and the local ** attention can be notified, and when the prisoner does not admit guilt, find out the evidence to prove the facts, if there is a wrong case, it will overturn the wrong case, and return the innocence of the innocent, and improve the efficiency of the police uncle's case.

The exploratory machine can help teachers quickly correct their homework and accurately determine what is right or wrong. As long as the teacher gently typed out the name of the lesson, he can see the best lesson plan, and he will not repeat it every time, and he can also find good materials for students to review and improve their ability before the exam, and they can also consult good compositions and type good words and sentences when practicing composition, so that we can apply them when writing.

It would be even better if the bank network system had such a device. When hackers invade, there is no need for manual operation, and the exploration machine can fight alone and with extremely clever means, winning all battles. It can also verify the authenticity of coins, even the most realistic fakes.

If it defends peace at the United Nations, it can negotiate peace with warring countries in situ and defuse the smoke of war, and the success rate is relatively high.

That's one of my ideas! It's kind of like an unrestrained rhapsody, isn't it also wonderful?

Winner of the highest national science and technology award - Wu Wenjun.

Although he was an outstanding mathematician, Wu Wenjun liked to read history books when he was a child and did not have much interest in mathematics. When he was in his second year of college, he lost interest in mathematics for a while, and even wanted to drop out of school, but a wonderful course by a teacher surnamed Wu changed his view of mathematics. The hard work in his third and fourth years of college enabled him to lay the foundation of modern mathematics.

After graduating from university, it was during the Anti-Japanese War, and Wu Wenjun taught silently in middle school for 5 years. After that, his acquaintance with the mathematician Chern led him to the path of topology research, and with his genius and skill, he soon made a name for himself in this field, and it was out of control. In the past half century, he has made pioneering world-class contributions in topology, mathematical mechanization, and the history of Chinese mathematics.

His achievements have miraculously greatly shortened the gap between modern Chinese mathematics and the rest of the world, and greatly increased the ambition of the Chinese.

Franklin. American physicist, inventor, politician, social activist. He was born in Boston on January 17, 1706, and died in Philadelphia on April 17, 1790. Both parents were British immigrants who made candles and soap for a living.

At the age of 12, he began his apprenticeship in the printing office, and since then he has not been out of printing for a long time. In 1727 Franklin organized a society, the precursor to the American Philosophical Society, founded in 1743. In 1731, he founded the first public library in North America in Philadelphia.

1737 In 1753 he was postmaster of Philadelphia. Around 1744, he began to study electricity. In 1751, the College of Philadelphia (later the University of Pennsylvania) was founded.

In 1753, he was awarded the Copley Medal. In the same year, he also received honorary degrees from Harvard University and Yale University.

He was elected a Fellow of the Royal Society in 1756 and President of the American Philosophical Society in 1769. In 1772 he was also elected a foreign member of the French Academy of Sciences.

He was one of the founders of the United States of America. During the American Revolutionary War, he took an active part in the anti-British struggle. He was elected as a delegate to the Second Continental Congress and participated in the drafting of the Declaration of Independence. 1776 In 1785, he went to France, which led to the establishment of the alliance between the United States and France.

Fabre once observed a cricket lying on a tree, and when he was mistaken for a thief, he yelled to catch the thief. Another time he was observing ants, and he was seen observing them from the morning until when people came home, and he said he was crazy. Edison attended elementary school for only three months in his life, and his learning was acquired through his mother's teaching and self-study.

His success should be attributed to his mother's understanding and patient teaching since childhood, so that Edison, who was originally considered an imbecile, grew up to become a world-famous "king of invention".

Edison was curious about many things from a young age, and he liked to experiment with them until he understood the truth. When he grew up, he devoted himself to research and invention according to his interests in this area. He established a laboratory in New Jersey and invented more than 2,000 things in his lifetime, including electric lights, telegraphs, phonographs, motion picture machines, magnetic ore separators, crushers, and so on.

Edison's strong spirit of research led him to make significant contributions to the improvement of human lifestyles.

One day, while working in a laboratory, Edison handed his assistant an empty glass bulb with no light on and said, "Measure the capacity of the bulb." He bowed his head and worked again.

After a long time, he asked, "How much capacity?" He didn't hear it, but turned his head to see the assistant measuring the circumference and slope of the bulb with a soft ruler, and took the measured number and lay it on the table to calculate.

He said, "Time, time, how can it take so much time?" Edison came to him, picked up the empty light bulb, filled it with water, handed it to his assistant, and said:

The water in it was poured into a measuring cup and immediately told me how much it was. ”

The assistant immediately read out the numbers.

Edison said, "What an easy way to measure, it's accurate, it's time-saving, how could you not think of it?" Wouldn't that be a waste of time? ”

The assistant's face flushed.

Edison muttered, "Life is too short, too short, save time and do more!" ”

Edison was a poor worker before he became famous. Once, an old friend of his, met him on the street and said with concern, "Look at this coat on your body is not decently torn, you should change it to a new one." ”

Do you need it? No one knows me in New York. Edison didn't care.

A few years passed, and Edison became a great inventor.

One day, Edison ran into that friend on the streets of New York again. "Oops," the friend exclaimed, "why are you still wearing this torn coat?" This time, you're going to have to get a new one anyway! ”

Do you need it? Everybody knows me here. Edison still didn't care.

Write the stories of celebrity scientists on it and you're guaranteed to find what you're looking for.

Zhang heng. Eastern Han Dynasty scientist, astronomer, philosopher. The word Pingzi. He was born in Xi'e, Nanyang, Henan Province (now Shiqiao Town, Nanzhao County, Henan Province).

Less travel to Xijing Chang'an and Tokyo Luoyang, "through the Five Classics", "through the six arts", Yongchu five years (111) to worship Langzhong. From the second year of the early Yuan Dynasty (115) to the beginning of Yongjian, it was twice the Taishi Order. Proficient in astronomy and calculus, on the basis of the research of predecessors, he invented the world's earliest hydraulic rotation armillary sphere and the wind and ground motion instrument for measuring **.

In terms of astronomical theory, Zhang Heng is the main representative of the "armillary school". Regarding the origin of heaven and earth, he believes that before heaven and earth are divided, there is chaos, and after they are divided, the light rises to the sky, the heavy condenses into the earth, and yin and yang fluctuate to produce all things. For the first time, he also correctly explained the cause of the formation of the lunar front limb eclipse, arguing that moonlight is a reflection of sunlight and that lunar eclipses are produced by the moon's entry into the earth's shadow.

Based on the astronomical knowledge of the time, he affirmed the materiality and infinity of the universe. Zhang Heng pushed ancient Chinese natural science and philosophy to a new height, and his works were collected in the "Three Dynasties of the Qin and Han Dynasties and the Six Dynasties of the Three Dynasties of the Qin and Han Dynasties" compiled by Yan Kejun of the Qing Dynasty.

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