The Famous Jospeh Fourier

Joseph Fourier "" Deep Russell (Deb Russell) "This work is said by Joseph Fourier, a famous mathematician," It is the richest source of mathematical discovery. " Throughout his life, Joseph Fourier made a lot of contributions to the mathematical community, many of which are still being taught at today's schools. Until death from an early age, he lived a credible adventure that contributed to the status of all legendary mathematicians.

Jean-Joseph Fourier was born in the ancient town of Auxerre in France on March 21, 1768. He is the second marriage of his father's ninth child, Joseph Fourier and Edmie Fourier. But like Joseph Fourier's first wife, Edmie Fourier finished her life at the age of 42 on October 26, 1777. Three days later, due to the death of his wife, Joseph Fourier discarded the youngest children of the three aged and four years old to a hospital abandoned. Therefore, Jean-Joseph left an orphan. Fortunately, Fourier, his parents' death seems to have little influence on his education. He joined the local military school for the first time in 1780 by a monk of the Benedictine Association. He quickly expresses his strengths with a happy and relaxed attitude, and he is said to be at the top. About 13 years old, he was devoting great passion to mathematics. He spent a lot of time studying mathematics, shining candles well collected in one storage room.

Joseph Fourier has various occupations. Premature and mischievous orphans, seminary seminary students, professors of young mathematics (progressive equation theory), and revolutionary activists. Under the rule of Napoleon, he was an outstanding important teacher, a historian, accompanied Egyptian French Emperor, and served as Grenoble supervisor. In his spare time in Grenoble, he continued his work in mathematics and physics, and it led to his immortality. After the collapse of Napoleon, Fourier entrusted himself to Britain, but after acquiring an important degree he returned to France and announced his revolutionary paper on heat. Numerous studies on the expected linear programming of Fourier, the development of simplex method and Fourier - mozugin removal and operator theory. He is also known for his concept of dimensional analysis. Which first described the greenhouse effect and continued his initial work on the equation.