Decentralization of Abelian currency

1. Fund disk refers to the form of online pyramid selling in the form of capital circulation, in which the money from the former members is paid to the former members. The core feature of capital disk is to attract players with high rebate. This kind of project is the game of drumming and spreading flowers, which is always the "take over" of the latecomers, and has the risk of illegal fund-raising, financial fraud, pyramid selling and other illegal and criminal activities

the following is the name of the fund project in May collected by the anti fraud news. Please stay away from it and do not participate in it

AGD global currency Fama code Chain paradise
Duoo world Cloud tease short video NEC new ecology
HFF flying sail Ant cloud computing Coin friend ecology
green planet National Song guessing Hi, short video
LGT animal protection chain Bgoex ore pool Star things
squirrel paradise Enjoy shooting video 99pool ecological
AI Tao Tea ceremony shopping mall PGO pangolin
STC future chain CDN global social node Golden mouse mall
ZS diamond coin YSTAR Youbei
cute mouse world Shrimps always make money Star Academy

Nebula miner World academic bully Diwubo
seagrass short video Aladdin primeval mine Abel
fich Shanyu mall Ethpro exchange
dream time Green is healthy Yingfen family
Weite ecology fish pond SPE miners union
treasure rat National miner Leshu short video
Baiyi short video Kimi guest YTC pool wallet
smartx smart map Qiyun (Qiyun) Starting point information fin
world pay Pizza treasure Central currency CCC
global environmental protection ESC Ti coin Nano chain NML

green earth Cloud health Pig quantification robot
RRCP intelligent Ark Lfex Lafite exchange Fast step
go to hipie U than life Charitable coin AOT
GTA gene chain Fun Travel PDC Panda Coin
fun Amoy whale LDC Leda ecology 3C IOT
kyber - KNC rtidcoin-RTID ACh currency
nowex contract Smart chain cloud warehouse Chmv video
Shenyu Online Freepool ELS
health helps bbe Ent entertainment chain Spark short video
oasis world Mido HTV media

ATR Aetna Da planet 3Q Shengshi
Jiusheng At eco currency Glut competitive Travel Alliance
Sifang computing power Magic Alchemy
HTV advertising Super computing community Funny whale
have fun Xiangyu has money Toro bull
pizza chain Chain knowledge star 5gk
hxc ecological chain Kimi Diluted currency
the era of Thanksgiving Zlb meteorite chain Atoken
open sesame door Vertex number Ant cloud computing
NEC new ecological coin Youshi short video Chain sound

anti fraud alert: many departments, such as the China Banking and Insurance Regulatory Commission, the central network information office and the Ministry of public security, remind investors that some illegal elements, under the banner of "financial innovation" and "blockchain", absorb funds by issuing the so-called "virtual currency", "virtual assets" and "digital assets", thus infringing the legitimate rights and interests of the public. This kind of activity is not really based on blockchain technology, but on the hype of blockchain concept line, illegal fund-raising, pyramid selling and fraud. In essence, it is a Ponzi scheme of "borrowing the new to repay the old", and the fund operation is difficult to maintain for a long time<

through public publicity, illegal elements attract public investment, lure investors and development personnel to join, and constantly expand the fund pool, with the lure of currency appreciation and offline development profits, which is characterized by illegal fund-raising, pyramid selling, fraud and other illegal behaviors[ This article comes from the anti fraud news, right belongs to the original author, if infringement, please contact to delete]

anti MLM rescue center: remind the general public: where you are asked to pay in advance,; Then it's pyramid selling that makes money. Those who pay money without basis, evidence or certificate are illegal fund-raising. We should be cautious. It's up to me to boycott pyramid selling, and everyone is responsible for reporting it.

2. 1. Select the mygm mode
2. Select the Rockets
3. Confirm all the time, Until entering the mygm schele
4. Select a team to compete
5. Select the third "simcast simulation"
6. Select the second "Simulation Competition"
7. Stop the simulation (can be accelerated) when the simulation time is less than 7 minutes in the third session
8. Select to compete
9. After entering the competition, you don't need to play, just press the menu and press the simulation until the end
9, It took about two or three minutes, but I didn't calculate it carefully... I got 800-900 + VC coins
quit to the main menu and re open the file. It doesn't affect whether the old file is deleted or not, but sooner or later I have to delete it... Repeat the above steps
it's said that a version can press the "save as" option in the calendar to directly cover the old archive, and then it can go through 4-9 steps without opening a new file, which greatly improves the efficiency. But the PS4 version did not see the archive option, I can only use the delete file to open a new file

3. In the process of growing up, Gauss in his childhood mainly exerted himself on his mother and uncle. Gauss's grandfather, a stonemason, died of tuberculosis at the age of 30, leaving behind two children: Gauss's mother, rhodea, and his uncle, Friederich. Frederick is intelligent, enthusiastic, intelligent and capable. He has made great achievements in the textile trade. He found that his sister's son was clever, so he spent part of his energy on this little genius, developing Gauss's intelligence in a lively way. A few years later, Gauss, who has become an alt and has made great achievements, recalled what his uncle had done for him and felt deeply that it was important for him to become a talent. He thought of his uncle's prolific thought and said sadly that his uncle's death made & quot; We lost a genius;. It was because Frederick had a good eye for talents and often persuaded his brother-in-law to let his children develop into scholars that Gauss did not become a gardener or a bricklayer. When he was 7 years old, Gauss went to school for the first time. There was nothing special in the first two years. In 1787, when Gauss was 10 years old, he entered the class of learning mathematics, which was the first class founded. Children had never heard of arithmetic before. The mathematics teacher is Buttner, who also played a role in the growth of Gauss

a story widely spread around the world says that when Gauss was 10 years old, he worked out the arithmetic problem that buntner gave students to add up all integers from 1 to 100. Just after buntner finished describing the problem, Gauss got the correct answer. However, this is probably an untrue legend. According to E.T. bell, a famous mathematical historian who has studied Gauss, what he gave the children at that time was a more difficult addition problem: 81297 + 81495 + 81693 +... + 100899

of course, this is also a summation problem of arithmetic sequence (the tolerance is 198 and the number of items is 100). As soon as Butner finished, Gauss finished the calculation and handed in the slate with the answer. E. T. bell wrote that in his later years, Gauss often liked to talk about it to people, saying that only he wrote the right answer at that time, while the other children were wrong. Gauss did not make it clear how he solved the problem so quickly. Historians of mathematics tend to think that Gauss had mastered the method of summation of arithmetic sequence at that time. It's unusual for a 10-year-old child to find this mathematical method independently. Bell's account of the historical facts according to Gauss's old age should be more credible. Moreover, it can better reflect the fact that Gauss has paid attention to grasp more essential mathematical methods since he was a child<

Gauss's computing power is mainly e to his unique mathematical method and extraordinary creativity, which makes Butner look at him with new eyes. He specially bought the best arithmetic book from Hamburg and gave it to Gauss, saying: & quot; You have surpassed me. I have nothing to teach you& quot; Then, Gauss and J.M. Bartels, Butner's assistant, established a sincere friendship until his death. They studied together, helped each other, and Gauss began his real mathematical research.

4. The Republic of Kiribati is a Pacific island country. The land area is 811 square kilometers, and the marine exclusive economic zone is 3.5 million square kilometers

located in the middle of the Pacific Ocean, the country is composed of 33 Islands (21 of which have permanent residents), belonging to three major islands: Gilbert Islands, Phoenix Islands and lane islands. From Christmas Island in the east to banaba island in the westernmost, it is 3800 km above the equator and has the largest marine reserve in the world

Kiribati is one of the least developed countries in the world, and it is also the only country in the world that crosses the equator and crosses the intersection of the international date line. The lane islands are the only place in the world that uses the UTC + 14 time zone, making Kiribati the first country in the world to start a day. Due to the rising sea level caused by global warming, the sea may submerge the country. On September 20, 2019, Kiribati announced the severance of the so-called "diplomatic relations" with Taiwan; On the 27th of the same month (local time), Chinese State Councilor and foreign minister Wang Yi signed the "joint communique between the people's Republic of China and the Republic of Kiribati on the restoration of diplomatic relations" with the Chinese permanent mission to the United Nations and the president and Foreign Minister Ma Mao of the Republic of Kiribati in New York; From now on, the two countries will resume diplomatic relations at the ambassadorial level.

5. Go to the Internet and have a look

6. The Nobel Prize will be something that Sweden will continue to do. If you win the prize, the awarding committee will book a ticket for you in November, and it must be the most expensive ticket in first class. If you change it to economy class, change two more tickets, and take your parents to Stockholm to participate in the prize, Swedish airlines will also upgrade your family's tickets to first class for free< br />
after you get off the plane, someone from the Swedish Embassy will come to pick you up. Next, you will stay in Stockholm for a week. There will be a special car and driver for the whole week, and the embassy Commissioner will accompany you everywhere. The first dinner just arrived was hosted by the Chinese ambassador to Sweden. The awards were given by the king of Sweden. All members of the Swedish Royal family attended the evening dinner of the award ceremony. The king, Queen, Prince and Princess all chatted and danced with them. The prizes could be collected the next day after the banquet. They will try their best to satisfy you. They will give you the bonus in whatever way you want. If there is no special requirement, it is usually a check. Last year, it was 8 million Swedish kronor, about 6.6 million RMB. Moreover, there is a personal income tax regulation in China, but there is no need to pay any personal income tax on this money< br />
you need to stay in Stockholm for about a week, and then the last day, December 13, is the Lucia festival in Sweden. At 6 a.m., there will be a girl in white gauze holding a candle to wake you up. It's a very classical scene. Lucia is the goddess in Swedish mythology, which represents the return of light. These seven days in Sweden are called Nobel week, That's about it. It's very, very grand. In recent days, the network, television and newspapers all over Sweden are full of news about the winners, asking the royal family to take photos with them. But what I'm introcing is all the superficial phenomenon of Sweden's national efforts to hold this award. It's deeper than once. Sweden even took risks, for example, in 1936, The peace prize was awarded to the German pacifist osisky, who was still in Nazi concentration camp at that time, which angered Hitler. Then Nazi Germany stipulated that all German citizens were forbidden to accept the Nobel Prize, but the chemistry prize for 38 years and 39 years, and the physiology and medicine prize for 39 years. After the review, the awarding committee decided to award it to German scientists. After the Nazi knew about this, the official sent a letter to the awarding Committee in the name of these scientists, He refused to accept the Nobel Prize< br />
the awarding committee also knew that this was a Nazi method, so the three awards, including medals, certificates and prizes, were left to them for more than ten years. It was many years since the end of World War II in 1947, and the lives of several scientists were back to normal. These three awards were awarded to them again. In the past 116 years, only because there were seven years of World War I and World War II, there was no award. What's more, the award was established by a will made in 1896. When the will was made, the kingdom of Sweden and the kingdom of Norway were still one kingdom, but the country split in 1905. Sweden is responsible for a lot of the Nobel Prize, but the Norwegian Parliament is responsible for the peace prize. After the split of the country, Norway and Sweden still cooperated in awarding the Nobel Prize and did not let this prize die prematurely. This is not easy. Another thing is that the Nobel Foundation has been operating this money as a huge asset. Through continuous accumulation of successful investment, it has ensured that a single award can still have several million dollars today. If this money does not operate in this way, it only pays interest in the bank according to the will of that year, then the bonus of each award is about 100000 yuan, The influence will never be as great as it is now

7.

Nier period? Henrik? Abel (1802-1829) was born in August 1802 in a Norwegian village. He changed very early and showed his talent in mathematics

When he was 16 years old, he met a teacher who appreciated his talent. He introced him to read the works of Newton, Euler, Lagrange and Gauss. The outstanding creative methods and achievements of the masters suddenly broadened Abel's vision and promoted his spirit to a new level. He was soon pushed to the forefront of mathematical research at that time. Later, he wrote in his notes with emotion: "if you want to make progress in mathematics, you should read the works of masters, not their disciples."

In 1821, Abel had to study at the University of Oslo because of the generous support of homber and other friends

Two years later, in an unknown magazine, he published his first research paper on solving classical isochron problems with integral equations. This paper shows that he is the first one to directly apply and solve integral equations

Then he studied the general quintic equation. At first, he mistakenly thought that he had got a solution. Homber suggested that he send it to a famous mathematics reviewer in Denmark for review. Fortunately, the reviewer asked for further details before he planned to examine it carefully, which made it possible for Abel to find and correct the mistakes himself. He began to doubt whether the general quintic equation could be solved

The transformation of the

problem opened up a new direction of exploration, and he finally successfully proved that it is impossible to solve the general quintic equation by radical like the lower order equation

this young man's mathematical thinking has gone far beyond the Norwegian border, and he needs to exchange ideas and experience with people with the same intelligence. As Abel's professors and friends were acutely aware of this, they decided to persuade the school authorities to apply to the government for a public fee so that he could make a mathematical trip to the European continent

After routine red tape and delay, Abel finally got the public money in August 1825 and began his two-year trip to the mainland

The self satisfied Abel printed the paper proving that the quintic equation is not solvable at his own expense, and took it as his scientific passport to the great mathematicians in mainland China, especially Gauss. He believes that Gauss will be able to recognize the value of his work and go beyond regular interviews

But it seems that Gauss didn't pay attention to this paper, because people found that the pamphlet Abel sent to him had not been cut out in Gauss's posthumous remains

Berlin is Abel's first stop. He stayed there for nearly a year. Although the expectation of waiting for Gauss to be summoned finally failed, this year was the luckiest and most fruitful period in his life

In Berlin, Abel met and got to know his second bole, crayler. Crayler is a railway engineer and an enthusiast of mathematics. He has a place in the history of mathematics with the Journal of pure and applied mathematics, which is the first journal in the world to publish creative mathematics research papers. Later, people used to call this journal "crayler magazine". In fact, there are no papers on Applied Teaching in the journal, which is different from the purpose of its name. Therefore, some people call it "pure non Applied Mathematics Journal"

Abel is one of the people who helped kleler to negotiate the publication. When they met for the first time, they left a good and deep impression on each other. Abel said he had read all of kleler's mathematical papers and that he found some mistakes in them. Kleler is very modest. He has realized that this young man with a childish face has an extraordinary talent in mathematics. He read Abel's pamphlet on quintic equation and frankly admitted that he didn't understand it

However, at this time, he has decided to implement the proposed publication plan immediately and put Abel's paper into the first issue. So Abel's research papers, kleler magazine can graally improve its reputation and expand its influence

It was ring this period that Abel's most important work, the extensive study of elliptic function theory, was completed. On the contrary, in the past, it was this work that was treated coldly, experienced hardships, and failed to get fair evaluation for a long time

It is now generally recognized that Abel's work (and later Jacobi's (1804-1851) developed this theory) is one of the two highest achievements of function theory in the first half of the 19th century

The elliptic function studied by Abel is derived from elliptic integral. As early as the 18th century, from the study of many problems in physics, astronomy and geometry, we often derived some integrals that can not be expressed by elementary functions. These integrals and the integrals for calculating the length of elliptic arc often have some formal commonalities, which is the name of elliptic integral

At the beginning of the 19th century, the authority of elliptic integral was Legendre (1752-1833), a senior member of the French Academy of Sciences. He studied this subject for 40 years. He drew many new inferences from his predecessors' work and organized many conventional mathematical topics, but he did not enhance any basic ideas. He led this research to the situation of "mountains and rivers are complex, and there is no way out". It was Abel who eclipsed all Legendre's research in this field and opened up a bright future

The key comes from a simple analogy. There is a well-known formula in calculus. The inverse function of the indefinite integral on the left side of the formula is trigonometric function. It is not difficult to see that the elliptic integral and the above indefinite integral have some form of correspondence

Therefore, if we consider the inverse function of elliptic integral, it should have some form of correspondence with trigonometric function. Since it is much easier to study trigonometric function than inverse trigonometric function expressed as indefinite integral, shouldn't it be much easier to study inverse function of elliptic integral (later called elliptic function) than elliptic integral itself

"reverse", this idea is very beautiful, and it is really very simple and ordinary. But after 40 years of hard thinking, Le Jean never thought of it. There is no lack of such examples in the history of Science: "beautiful, simple, profound and fruitful ideas need not the simple accumulation of knowledge and experience, not the deliberate reasoning, not the repeated chewing of research subjects, but a kind of extraordinary insight that can penetrate all obstacles and go deep into the root of problems. This is probably what people call genius

the idea of "upside down" is like a flash of lightning to illuminate the mystery of this subject. With this idea, Abel has a strategic position to promote his research. He obtained the basic properties of elliptic function, and found the relationship between elliptic function and trigonometric function π The periodicity of elliptic function is proved by the constant K with similar action

he established the addition theorem of elliptic functions. With the help of this theorem, he extended elliptic functions to the whole complex field and found that these functions are Bi periodic, which is a new discovery; He further proposed a more general and difficult type of integral Abel integral, and obtained a key theorem in this respect, namely the famous Abel basic theorem, which is a very wide extension of the addition theorem of elliptic integral

As for the inversion of Abelian integral, Abelian function, was first proposed and studied by Riemann (1826-1866). In fact, Abel found a vast fertile soil, which he could not complete in a short time. In the words of Hermite, Abel's follow-up work "could keep mathematicians busy for 500 years". Abel put these rich achievements into a long paper on the general properties of a class of transcendental functions

at this time, he had put Gauss behind him, gave up his plan to visit goengen, and pinned his hope on the French mathematicians. After he politely declined kleler's suggestion to settle in Berlin, he left for Paris

in the most prosperous metropolis in the world, there are many famous digital giants, such as Cauchy (1789-1857), Legendre, Laplace (1749-1827), Fourier (1768-1830) and Poisson (1781-1840). Abel believes that he will find a bosom friend there

Abel arrived in Paris in July 1826. He met all the famous mathematicians there. They all received him politely, but no one was willing to listen to him carefully about his work. On the noble scale of these celebrities, how much weight can this shy, poorly dressed young man from a remote and backward country have

In his letter to homber about Paris, Abel said: "the French are much more worldly to strangers than the Germans. It's more difficult for you to be close to them. To be honest, I don't expect any glory now

In the end, any pioneer who wants to attract attention here will have to encounter huge obstacles. Although Abel is very confident, he has deep doubts about whether this work can be reasonably evaluated

Abel submitted his paper to the French Academy of sciences through normal channels. Fourier, the Secretary of the Academy of Sciences, read the introction of the paper and commissioned Legendre and Cauchy to review it. When Cauchy took the manuscript home, he couldn't remember where it was. It was not until two years later that Abel died that the original manuscript of the missing paper was found again, and the official publication of the paper was delayed for 12 years

Abel had been waiting in Paris for nearly a year. The landlord he lived in was very mean. He only had two meals a day, but he charged a high rent

One day, he felt very uncomfortable and was diagnosed with lung disease by the doctor. Although he stubbornly didn't believe it, the truth was that he was exhausted. Abel had no choice but to leave Paris and return home with a lonely heart and a sick body. When he returned to Berlin, he was out of pocket. Thanks to the timely remittance of some money, he was able to return home after a short rest in Berlin

Who should be responsible for Abel's misfortune? People will naturally think of Corsi and Legendre who reviewed Abel's thesis. At that time, Cauchy was 38 years old. He was full of energy and creativity. He was busy with his own affairs and neglected others. He made a big mistake. How's Le Jean doing? At that time, he could not be as busy with research as Cauchy, so he should have more responsibility for training and recruiting the young generation of scientific talents

However, the main point is that the theme of Abel's thesis is exactly what Legendre is familiar with. In a sense, it is his hereditary territory. Although there are many novel and difficult concepts in this paper, the basic ideas leading to these concepts are simple

A layman may not be able to appreciate the beauty and profundity of this simple thought, but Legendre is by no means a layman when he is right about the problem he is discussing

8.

With a very short time to calculate the task assigned by primary school teachers: the sum of natural numbers from 1 to 100. The method he used is to sum 50 pairs of sequences (1 + 100, 2 + 99, 3 + 98...) of construction sum 101, and get the result: 5050. This year, Gauss was nine years old

when he was a child, Gauss's family was very poor, and his father didn't think learning was useful, but Gauss still liked reading books. In other words, when he was a child, after eating in winter, his father would ask him to go to bed to save fuel, but when he went to bed, he would empty the inside of the turnip and put in a cotton roll to use as a lamp to continue reading

When Gauss was 12 years old, he began to doubt the basic proof of element geometry. When he was 16 years old, he predicted that beyond Euclidean geometry, there would be a completely different geometry, namely non Euclidean geometry. He derived the general form of binomial theorem, successfully applied it to infinite series, and developed the theory of mathematical analysis

extended data:

great achievement:

Gauss invented magnetometer in 1930s. He quit his job at the observatory and turned to physics. He worked with Weber (1804-1891) in the field of electromagnetism

he is 27 years older than Weber and cooperates with him as a teacher and friend. In 1833, he sent a telegram to Weber through the electromagnetic compass pointer. This is not only the first telegraphic system between Weber's laboratory and the observatory, but also the first telegraphic system in the world. Even though it's only eight kilometers long

In 1840, he and Weber drew the world's first map of the earth's magnetic field, and determined the location of the earth's magnetic south pole and magnetic north pole. The following year, these locations were confirmed by American scientists

Gauss studied in several fields, but only published his mature theory. He often told his colleagues that his colleague's conclusion had been proved before, but it was not published because of the incompleteness of the basic theory. Critics say he did it because he liked to take the limelight. As a matter of fact, Gauss recorded all his research results

after his death, his 20 notes recording his research results and ideas were found, proving that what Gauss said was true. Generally speaking, 20 notes are not all of Gauss's notes

the libraries of Lower Saxony and Gottingen University have digitized all Gauss's works and put them on the Internet

Gauss's portrait was printed on the 10 yuan Deutsche Mark banknotes circulated from 1989 to 2001