George Buhl rightfully takes his place among the great mathematicians and logicians. Thanks to his talent, the algebra of logic was born, which is the foundation of the work of all digital computers.
George Boule: Biography (briefly)
This scientist was born on November 2, 1815 in a poor working-class family. His birthplace was the city of Lincoln, located in the east of England. His father John made shoes, and mother Mary until then, until she married, was a dresser. Father George seriously took a great interest in science and gave insufficient time to his main business. The family had no children for a long time, but when the spouses had lost all hope, they had a long-awaited son.
George Buhl was born very weak, but he was destined to survive, grow stronger and become a genius.
In incomplete two years he began to go to school, intended for the children of merchants. After up to seven years, the boy attended classes in a commercial school, he was directed by his father's friend.
Development of the abilities of the future genius
Even in those years, the future scientist showed genius abilities, however, he did it in an unusual manner. One day the boy did not attend classes. He was found in the city, where he earned his first money. George accurately spelled inscrutable words, and people enthusiastically threw him money.
The first genius of mathematical science of the young genius was taught by his father, under his supervision the boy also began to design optical instruments.
George can be attributed to self-taught, although he studied at a local school. He did not immediately demonstrate his ingenious abilities in the study of exact sciences and began to get involved in classical literature. At the age of twelve Buhl already spoke Latin, and then he was subjugated by the languages of Greece, France, Germany and Italy.
The boy's parents were not wealthy people, so George Buhl (a biography on this testifies) graduated only elementary school for poor children. Not adhering to traditional methods, he in the future followed in his own individual way.
At sixteen, George Buhl was already working in a village school, and at twenty he had his own school in the city of Lincoln. Free time from work, George spent reading the journals on mathematics, studying the scientific works of great mathematicians. The future scientist was also interested in the problems of algebra of that time.
A surprising fact, but at the beginning of his journey, Buhl was thinking about the career of a priest. But then the fascination with the mathematical sciences drove these thoughts out of the head of George Boole.
The first works
Since 1839, George Buhl began to send his written works in the mathematical journal of Cambridge. His first paper concerned equations with an unknown function under the sign of the derivative or differential and problems of linear transformations in algebra.
In 1844, Boul became the owner of the medal of the Royal Society.
When a mathematician has ascertained that his algebra can be applied to logic, he published a paper where he shared the idea that logic is a science closer to mathematics, and not to philosophy. This pamphlet contributed to the fact that in 1849 George Buhl became a professor of mathematical sciences. Bul is a vivid example of a self-taught man whose genius was recognized by society.
The works of Boole, created in 1847 and 1854, served as the foundation for the algebra of logic. The mathematician proved in them the existence of a similarity between the actions of logic and algebra. Thanks to the system created by Boule, the encoding of utterances became possible.
Algebra of logic was based on three main operations, allowing you to perform actions with symbols and numbers. George was hopeful that his system would help cleanse the arguments of logic from verbal debris, make it easy and achievable to find the right solution.
In 1857, George Buhl, a mathematician who contributed to the development of science, became a member of the Royal Society. Some of his works, written in 1859-1860 and reflecting the most important discoveries in the field of mathematics, had a global impact on the development of this science.
Despite the importance in other sections of mathematics, the logic algebra has long been regarded as strange. To the geniuses who overtook his time, George Bull belonged, photos of the scientist's inventions serve as a graphic example.
And today in the algebra of modernity there are and are used the terms of George Boole.
Boule was married to the niece of a professor at the Royal College of Mary Everest. Marriage, full of happiness, despite the fact that Mary was younger than her husband for seventeen years, lasted nine years, and only the untimely departure of George from life was able to separate this pair.
Five girls were born in the family. Mary Everest and George Buhl (a photo of the scientist given in the article) were a perfect pair.
While working on research in the field of mathematics, Buhl paid attention to the humanities. His wife at one convenient moment resolutely put an end to his poetic studies, since he did not welcome the scatter of the scientist's interests. Mary once took from her husband leaves with written poems and betrayed them to the fire.
The spouse had an idea of the scientific hypotheses of George, carefully and sympathetically inspired him to continue research in the field of mathematics. After leaving her husband's life, she paid much attention to explaining his most important contribution to the development of logic.
Daughters of George Boole
The husband of the first daughter of Bulei - Mary - was a mathematician, inventor and writer. Three of their children subsequently became scientists in the field of physics and entomology.
Another daughter, Margaret, left her mark in history as the mother of a well-known English scientist who worked in mechanics and mathematics, Geoffrey Taylor.
The third daughter - Alicia - was engaged in research in mathematics and had a well-deserved academic degree.
The fourth daughter of the four Buleys - Lucy - was the first female representative to become a professor in England. She headed the department of chemistry.
The death of George Buhl
Leaving the life of George Bull no one could have expected. He was energetic and able-bodied, he built many grandiose plans. Because of moving to a city that was characterized by high humidity, George began to have some problems with the lungs. It was destined to happen an unexpected event, which led to a tragic result.
On the way to work, George Buhl was wet under a heavy downpour. Conducting classes in soaked clothes before the thread, he picked up a catarrhal disease. The disease spilled over into pneumonia, and it was not possible to overcome the disease.
George Boule left this world at the peak of his recognition on December 8, 1864. He was only 49 years old.
Contribution to science
Bul was a brilliant scientist, endowed with discipline and consistency, while at the same time he profoundly revealed his view of the world in his own scientific hypotheses. A powerful mixture of intelligence and intelligence in this man resulted in his created mathematical inventions. George Buhl's thoughts have found application in all digital devices of our time.
In total, about fifty articles of the great mathematician and logic were published, which appeared in different editions.