When was mathematical science invented?

According to RCO News AgencyMathematics is the basis of all sciences, and since human beings have begun to count, they have taken a long way out. But when did people start solving mathematical equations? The answer to this question is a bit complicated.

According to LS, since pure mathematics is thought to be different from counting, it is also a little difficult to describe the history of this science because many advanced types of mathematics, such as differential and integral accounts, have been developed in the past few hundred years.

Count history

Humans could not dominate pure and complex mathematics without understanding the initial count, and evidence suggests that human species was counting tens of thousands of years ago.

The bone of Ishango of the Congo area in Africa shows that the species of “Homo sapiens) has been counting for at least 5,000 years. This 2cm bone, probably belonging to a wild baby or cat, was found in the 1980s.

Researchers believe that the dozens of parallel grooves on its surface have been a number of unknown objects. Archaeologist Alexander Marshack argued that this is a six -month lunar calendar.

There is also another bone called Lebombo, which was discovered in South Africa in the 1980s and belongs to about 5,000 years ago. The bone is also covered with cut grooves and may have been a count for 1 day lunar month or for counting the human menstrual cycle.

“The very ancient roots of the count have never been identifiable, but they may have been inspired by the observations of the night sky by early humans before leaving Africa,” says Jens HøyUP.

He added: “There were no artificial light at the time and only the fires inside the caves were bright, and when there is no light pollution, the moon and the stars are a surprising view to watch.”

The role of the Sumerian in the progress of mathematics

The next big step in mathematics was taken with the Sumerians. They were the inventor of the cuneiform, the oldest known type of text.

The Sumerians were one of the first Mesopotamian civilizations, and their cities in the area now southern Iraq were about 5-5 BC. One of their key advances was the invention of numbers that could write on mud tablets with cuneiform signs. They used the “Sexesive Number System” for counting. The system is still used to count on trigonometry, navigation and timing.

Unlike simple counting, mathematics is the study of patterns and relationships using logical reasoning and abstract concepts. The ancient Sumerians developed account concepts such as multiplication and algebra tables, in which unknown values ​​were displayed with symbols. They also developed formulas to calculate the area of ​​triangles, rectangles and irregular shapes with which they measured the land and designed irrigation systems.

“These advances were due to the growing Sumerian bureaucracy,” says Duncan Melville, a mathematician at St. Lawrence.

He added: “The record holders should not only know what came into or out of their warehouses, but they should have known how or how many.”

The Sumerian scribes used different mathematical symbols depending on what was measured. They used these conversion systems in things like finding an area of ​​a farm.

“So we saw the beginning of arithmetic and computational geometry,” says Duncan.

Modern mathematics

In addition to the advances of the Sumerian and their Mesopotamian successors, the initial expertise and innovation in mathematical science originated from ancient Egypt, Greece, India and China, and later from Islamic civilization.

The science of mathematics flourished in the early European Europe. There, two scientists, both claimed to have invented differential and integral accounts. Their invention was a way to determine the geometric area enclosed by any curve and important progress in mathematics, which is the foundation of many modern engineering and science.

One of them was Isaac Newton, who invented differential and integral accounts for his work in the year 2 entitled “Principles of Principia Mathematica”. Another scientist was Gottfried Wilhelm Leibniz of Germany, who had published a mathematical system of differential and integral a few years ago. His symbol is still used.

The two men and their supporters were involved in a bitter argument about who deserved to be appreciated for this invention. The arguments included allegations that Leibniz had secretly looked at Newton’s unpublished manuscript, but historians now think that Newton and Leibniz have developed differential and integral accounts independently.

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