Babbiga biography is brief

For reading 8 minutes 73 views published his contribution to the creation of the first analytical computer and work in mathematics had a significant impact on the development of science and technology. In this article, we will consider the biography of Charles Babbiga, the main facts from his life and activity, as well as provide photographs that allow you to get to know this outstanding scientist closer.

The biography of Babbija Charles Babbage was born on December 26 in London. He grew up and was brought up in the family of banker Benjamin Babbiga and Elizabeth Type. Charles had one of 4 children. Expert opinion: Charles Babbage, a British mathematician and inventor, whose work formed the development of computer technology, is admired by many experts. Experts note that Babbiga’s ideas about machines capable of performing various calculations were the greatest contribution to the development of information technology.

In addition, his work in the field of analytical geometry and differential equations had a significant impact on the development of mathematics. Experts believe that Charles Babbiga’s contribution to science and technology remains important and relevant to this day. Charles Babbage Childhood and Youth in childhood Babbage was a very weak and painful child. When he turned 8 years old, he began his studies at a private school, where he was brought up by a priest.

It is curious that parents asked the priest not to overload their son with knowledge, as they were worried about his health. After receiving secondary education, Charles entered the Academy in Enfield. It was during this period of biography that he manifested a lively interest in mathematics. The academy had a large library, which allowed the young man to study different works in mathematics.

At the end of the higher educational institution, Babbage continued to receive knowledge from tutors. At the summer, he successfully passed exams in the Trinity College in Cambridge. In addition to the main program, the guy continued to independently explore mathematics textbooks. Charles read the works of Newton, Leibniz, Lacroix, Euler and other luminaries of science for days.

As a result, he managed to overtake his own knowledge teachers in the shortest possible time. Soon he came to the conclusion that the level of teaching mathematics in college is quite low. This led to the fact that Babbage, along with friends, founded an “analytical society”, where talented students could discuss the most acute mathematical issues. At the same time, students published scientific articles and treatises.

Society has gained such popularity that Cambridge had changed in the field of mathematical education. It is curious that later such reforms were carried out in a number of other universities of Great Britain. In the city of Charles, he transferred to the college of St. Peter, where a couple of years later he was awarded the degree of bachelor. Interesting facts by Charles Babbage were the first person who proposed the idea of ​​a mechanical computer.

This machine was able to perform complex mathematical calculations and became the prototype of modern computers. Babbage was the first person who realized that the computer should have separate parts to enter data, processing data and output of the results. He was also the first to introduce the concept of software when he described how instructions for the implementation of calculations can be encoded on perfume.

Charles Babbage was obsessed with the idea of ​​creating an ideal computer. He spent his life and all his fortune on the development and construction of his cars, but he could not bring any of them to the end.

As a result, in the city of scientific biography, Charles left a noticeable mark in various exact sciences, including astronomy and economics. However, he made the most significant contribution to the development of computing devices that have become a computer and modern computers prototypes. See also: Le Corbusier, Babbage devoted many large works in which he set out his ideas in detail.

His first project was a large variety machine, the development of which he was engaged in many years. It was intended for various kinds of calculations necessary for astronomy and navigation, which at that time took a lot of time from people and were subject to human miscalculations. However, due to the large expenses for the construction of the machine, the project was never fully implemented.

It is interesting that according to the drawings of Charles Babbiga, a large variety machine was supposed to consist of 25 elements, weigh up to 14 tons and have a height of about 2.5 m. It is worth noting that according to some biographers, mathematics failed to finish the project due to its versatility. The fact is that in addition to scientific activity, Charles participated in various expeditions and archaeological excavations, plunged to the bottom of reservoirs in a diving bell, investigated the bowels of the earth, going into the mines, invented different devices, including a speedometer, etc.

Nevertheless, after the death of the scientist, his works formed the basis of the design of various machines.In the X years, Babbage set out to create an analytical machine, a device that could be programmed, and, therefore, solve more difficult tasks. Charles began to implement an analytical machine, a prototype of digital computers, which brought him worldwide recognition, albeit after death.

This device was supposed to have a warehouse memory, the processor analogue, as well as management and devices for entering and output of information. Babbage worked on his brainchild himself, while the only person to whom he outlined his thoughts regarding the analytical machine was Ada Lavelis. It is noteworthy that now hell is considered the first programmer. The works of Charles in this area of ​​science are the first works in the field of computer science.

He could not have time to construct this apparatus during his lifetime for a number of reasons, the main of which was the lack of funding. It is important to note that over the years of scientific biography, Charles has become the author of a number of inventions. The man participated in the creation of a tachometer, designed innovative machines for metal processing, improved the method of production of gear wheels, and also invented an ophthalmoscope, seismograph and a device for guiding artillery guns.

His work “Economics of Technology and Production”, which withstood several reprints, deserves special attention.