Contents of Mathematical Manuscript

First, write a famous saying about mathematics

Russell said: "Mathematics is a symbol plus logic"

Pythagoras said: "Numbers dominate the universe"

halmos said: "Mathematics is an art with originality"

Misra said: "Mathematics is the highest achievement in human thinking"

(French mathematical research group) thinks: "Mathematics is a theory to study abstract structures"

Hegel said: "Mathematics is a symbol of God's description of nature"

Wilde (president of the American Mathematical Society) said: "Mathematics is a culture that will continue to evolve"

Plato said: "Mathematics is the highest form of all knowledge"

Court said: "Mathematics is the crown of human wisdom. Its basic elements are: logic and intuition, analysis and reasoning, individuality and individuality. Although different traditional schools can emphasize different aspects, it is the interaction of these opposing forces and their comprehensive efforts that constitute the vitality, availability and lofty value of mathematical science.

Write a short story about mathematics

A short story about famous mathematicians-Cantor

Many great mathematicians are afraid of falling into it and take a evasive attitude because they often come up with some logical but absurd results (called "paradoxes") when studying infinity. During 1874-1876, Cantor, a young German mathematician who was less than 3 years old, declared war on the mysterious infinity. With hard sweat, he successfully proved that points on a straight line can correspond to points on a plane one by one, and also to points in space one by one. In this way, it seems that there are "as many" points in the 1 cm long line segment as those in the Pacific Ocean and the whole earth. In the following years, Cantor published a series of articles on this kind of "infinite * * *" problem, and drew many amazing conclusions through strict proof. Cantor's creative work is in sharp conflict with the traditional mathematical concept, which has been opposed, attacked and even abused by some people. Some people say that Cantor's theory of * * * is a kind of "disease", Cantor's concept is "fog in fog", and even Cantor is a "madman". Great mental pressure from the mathematical authorities finally destroyed Cantor, making him exhausted, suffering from schizophrenia and being sent to a mental hospital.

True gold is not afraid of fire, and Cantor's thought finally shines brightly. At the first international conference of mathematicians held in 1897, his achievements were recognized. Russell, a great philosopher and mathematician, praised Cantor's work as "probably the greatest work that can be boasted in this era." But at this time, Cantor was still in a trance, unable to get comfort and joy from people's reverence. On January 6th, 1918, Cantor died in a mental hospital.

Finally, you can write a joke about mathematics.

Xiaoming's mother asked him how he did in the primary school math exam when he came back. Xiaoming said, "I can basically do it, but I can't think of a question that is multiplied by 3, so I finally rang the bell, so I wrote a 18."

The contents of the primary school math handwritten newspaper

Picture introduction: This article introduces several.

1. The short story of mathematician Chen Jingrun

Chen Jingrun, who lived in a six-square-meter cabin in 1966, borrowed a dim kerosene lamp, leaned on the bed board and used a pen to consume several sacks of draft paper. He actually conquered (1+2) in the world-famous mathematical puzzle "Goldbach's conjecture" and created (1+ 1) the distance to pick the jewel in the crown of number theory. He proved that "every big even number is the sum of the products of a prime number and no more than two prime numbers", which made him a world leader in the study of Goldbach conjecture. This result is internationally known as "Chen's Theorem" and has been widely cited. This work also enabled him to win the first prize of China Natural Science Award together with Wang Yuan and Pan Chengdong in 1978. His achievements in studying Goldbach's conjecture and other number theory problems are still far ahead in the world. A world-class master of mathematics and an American scholar? Will (a? Weil) once praised him like this: "Every job in Chen Jingrun is like walking on the top of the Himalayas.

Second, the short story of mathematician Rudolph

Rudolph, a German mathematician in the 16th century, spent his whole life calculating pi to 35 decimal places, which was later called Rudolph number. After his death, others carved this number on his tombstone.

Third, the short story of mathematician Jacques Bernoulli

Swiss mathematician Jacques Bernoulli studied spirals (known as the thread of life) before his death. After his death, a logarithmic spiral was engraved on the tombstone, and the inscription also said: "Although I have changed, I am the same as before." This is a pun that not only describes the nature of spiral but also symbolizes his love for mathematics.

Fourth, the short story of the mathematician Archimedes

Some mathematicians devoted themselves to mathematics during their lifetime, and after their death, their tombstones were engraved with symbols representing their life achievements.

Archimedes, an ancient Greek scholar, died at the hands of Roman enemy soldiers who attacked Sicily (he was still in the Lord before his death: "Don't break my circle". ), people carved the figure of the ball inscribed in the cylinder on his tombstone to commemorate his discovery that the volume and surface area of the ball are two-thirds of the volume and surface area of the circumscribed cylinder. German mathematician Gauss gave up his original intention to study literature and devoted himself to mathematics after he discovered the rule practice of regular heptagon, and even made many great contributions to mathematics. Even in his will, he suggested to build a tombstone with a regular 17-sided prism as the base.

Rudolph, a 16th century German mathematician, spent his whole life calculating pi to 35 decimal places, which was later called Rudolph number. After his death, others carved this number on his tombstone. Jacques Bernoulli, a Swiss mathematician, studied the spiral (known as the thread of life) before his death. After his death, a logarithmic spiral was engraved on the tombstone, and the inscription also said: "Although I have changed, I am the same as before." This is a pun that not only depicts the spiral nature, but also symbolizes his love for mathematics.

It's enough to sketch and write briefly by yourself.

Simple content of the mathematical handwritten newspaper

You can write the multiplication formula table, write some stories about mathematicians, etc., and you can also write some topics, interesting mathematics, or information about mathematicians.

As the story goes, Zu Chongzhi

Zu Chongzhi (AD 429-5) was born in Laiyuan County, Hebei Province, and he was an outstanding scientist in the Southern and Northern Dynasties. He is not only a mathematician, but also familiar with astronomical calendar, mechanical manufacturing, music and other fields, and he is an astronomer.

Zu Chongzhi's main achievement in mathematics is the calculation of pi, which is 3.1415926, and there are some data,

Hua Luogeng

Hua Luogeng, a modern mathematician in China. Born on November 12, 191 in Jintan County, Jiangsu Province. He died in Tokyo, Japan on June 12, 1985. After graduating from junior high school in 1924, Hua Luogeng studied in Shanghai China Vocational School for less than a year. Because of his poor family, he dropped out of school. He taught himself mathematics diligently. In 193, he published an article on the solution of algebraic equations in Science, which attracted the attention of experts. He was invited to work in Tsinghua University and began to study number theory. In 1934, he became a researcher of China Education and Culture Foundation. In 1936, he worked as a visiting scholar at Cambridge University in England. He returned to China in 1938 and was hired as a professor at Southwest United University. In 1946, he was invited by the Institute of Advanced Studies in Princeton, Soviet Union as a researcher and taught at Princeton University. He has been a professor at the University of Illinois since 1948.

After returning to China in 195, he successively served as Professor Tsinghua University, Head and Vice President of Mathematics Department of University of Science and Technology of China, Director of Institute of Mathematics of China Academy of Sciences, Director of Institute of Applied Mathematics of China Academy of Sciences, and Vice President of China Academy of Sciences. Hua Luogeng was also a member of the first, second, third, fourth and fifth the National People's Congress Standing Committee (NPCSC) Committee and vice chairman of the Sixth National Committee of the Chinese People's Political Consultative Conference.

Hua Luogeng is an internationally renowned mathematician. He has made outstanding contributions in a wide range of mathematical fields, such as analytic number theory, matrix geometry, theory of multiple complex variables, partial differential equations, etc. Because of his contributions, many theorems, lemmas, inequalities and methods are named after him. In order to popularize the optimization method, Hua Luogeng personally led a small team to 27 provinces to popularize and apply mathematical methods for more than 2 years, which achieved obvious economic and social benefits and made great contributions to China's economic construction.

where did the data of the math handwritten newspaper go?

Three people stayed in a hotel. The daily price of each person was 1 yuan, and each person paid 1 yuan, giving the boss a total of 3 yuan. Later, the boss gave them a discount of 5 yuan and asked the waiter to return it to them. As a result, the waiter embezzled 2 yuan, and the remaining 3 yuan was refunded 1 yuan each, which means that each person spent 9 yuan money. Three people always spent * * * on 27 yuan, plus the waiter's corrupt 2 yuan always spent * * * on 29 yuan. Where did the dollar go?

Divide the apples

There are five classmates in Xiaomi's house. Xiaomi's father wants to entertain the six children with apples, but there are only five apples at home. What should we do? I had to cut the apple, but I couldn't cut it into pieces. Xiaomi's father hoped that each apple would be cut into three pieces at most. This has become another topic: distribute five apples to six children on average, and each apple is not allowed to be cut into more than three pieces.

what does Xiaomi's father do?

Little Tiger Counting Chickens

During the Spring Festival, Little Tiger, a professional chicken farmer, stood in the yard, counted the total number of chickens, decided to stay, and gave 1/2 of the condolences and 1/3 to the nursing home. After he sent the chickens away, he heard chickens crowing in the room and realized that 1 chickens were missing. So I counted the chickens inside and outside the room, and there was nothing wrong, no more, no less, just leaving half of the number. Small careless strange. What's the problem? Do you know how many chickens Xiao Mahu counted in the yard?

How many guests came? One day, Xiao Lin was washing dishes at home. Xiaoqiang saw it and asked, "Why do you wash so many dishes?" "

There are guests at home." "How many people came?" Kobayashi said, "I don't know, I only know that each of them uses a rice bowl, two people share a soup bowl, three people share a vegetable bowl, four people share a big wine bowl, and one * * * uses 15 bowls." Do you know how many guests have come?

A brief history of mathematics

One day, the French mathematician Pu Feng invited many friends to his home and made an experiment. Buffon spread a big white paper on the table, which was covered with parallel lines with equal distance. He also took out many small needles with equal length, all of which were half the length of parallel lines. Buffon said, "Please leave these small needles on this white paper casually!" The guests did as he said.

Buffon's statistical result is: everyone throws 2212 times, of which the small needle intersects the parallel line on the paper 74 times, and 221÷74≈3.142. Buffon said, "This number is an approximation of π. Every time you get an approximate value of pi, and the more times you throw it, the more accurate the approximate value of pi is. " This is the famous "Buffon Experiment".

Mathematical Magician

On a summer day in 1981, a mental arithmetic contest was held in India. The performer is a 37-year-old woman from India. Her name is Shagongtana. On that day, she will compete with an advanced electronic computer with amazing mental arithmetic ability.

The staff writes a large number of 21 bits, and asks to find the 23rd root of this number. As a result, it took Shagongtana only 5 seconds to report the correct answer to the audience. In order to get the same answer, the computer must input 2 thousand instructions and then calculate, which takes much more time than Shagongtana.

This anecdote caused a sensation in the world, and Shagongtana was called "Mathematical Magician".

Hua Luogeng, who worked until the last day

Hua Luogeng was born in Jiangsu Province. He liked mathematics since childhood and was very smart. In 193, at the age of 19, Hua Luogeng went to Tsinghua University to study. During his four years in Tsinghua, under the guidance of Professor Xiong Qinglai, Hua Luogeng studied hard and published more than a dozen papers in a row. Later, he was sent to study in the UK and obtained a doctorate. He studied number theory deeply and got the famous Fahrenheit theorem. He paid special attention to integrating theory with practice and traveled to more than 2 provinces, municipalities and autonomous regions to mobilize the masses to apply the optimization method to agricultural production.

The reporter asked him in an interview: "What is your greatest wish?"

without thinking, he replied, "I worked until the last day." He really fulfilled his promise on the last day of hard work for science.

Seven mathematical problems in the 21st century

On May 24th, 2, the Clay Institute of Mathematics in the United States announced the results of many mathematicians' selection: a reward of one million dollars for each of the seven Millennium mathematical problems.

Since the publication of the "Millennium Prize Issue", it has had a strong response in the world of mathematics. These problems are all about the basic theory of mathematics, but the solution of these problems will greatly promote the development and application of mathematical theory. Understanding and studying the problem of "Millennium Prize" has become a hot spot in the world of mathematics. Mathematicians in many countries are organizing joint research. It can be expected that the "Millennium Prize Issue" will change the historical process of mathematics development in the new century.

About 1 words used in math diary's interesting handwritten newspaper should be written around interesting mathematics. In addition,

Recently, a new waiter came to the math shop, which is Xiao "4". One day, Xiao "3" went to the math shop and bought a pencil. Xiao "4" said, "You should pay 1 yuan 54 cents." Little "4" said quickly, "You don't have to pay the 4 cents." Little "3" asked doubtfully, "So you're not going to suffer?" "No, it's a rule of our store, which is called rounding. Anything less than 4 cents is discarded, and if it's 5 cents or more, it's 1 cents." Little "4" explained kindly. Little "3" said happily, "Thank you, that's very kind of you!" "Yes, I especially like 4." "25" ran over and said, "Because 25*4=1, it is relatively simple to calculate, for example, 25*87*4=25*4*87, isn't it quick and simple to calculate? ！” "Yes, it's really fast and easy, and I like 4." It turned out to be "29". "25" asked quickly, "Hey, how can you like' 4'?" "29" said unhurriedly, "You don't know this. In general, February is 28 days. Only in the year when the Gregorian calendar year is a multiple of 4, February is 29 days. I only have one turn every four years. Of course, I like it.