What do we owe to Riemann? After graduating, Riemann spent two years as an unpaid lecturer at Göttingen. Georg Friedrich Bernhard Riemann was a German mathematician who made contributions to analysis, number theory, and differential geometry. In the field of  Doctoral advisor‎: ‎Carl Friedrich Gauss. Bernhard Riemann, in full Georg Friedrich Bernhard Riemann, (born September 17, , Breselenz, Hanover [Germany]—died July 20, , Selasca, Italy), German mathematician whose profound and novel approaches to the study of geometry laid the mathematical foundation for Albert.


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He believed that this approach led to conceptual clarity and prevented the mathematician from getting lost in the details, but even some experts disagreed with such nonconstructive proofs. Riemann also studied how functions compare with their trigonometric or Fourier series representation, which led him to refine ideas about discontinuous functions.

He showed how complex function bernhard riemann illuminates the study of minimal surfaces surfaces of least area that span a given boundary. He was one of the first bernhard riemann study differential equations involving complex variables, and his work led to a profound connection with group theory.

He introduced new general methods in the study of partial differential equations and applied them to produce the first major study of shock waves.

Elliptic geometry Riemann developed a type of non-Euclidean geometry, different to the hyperbolic geometry of Bolyai and Lobachevskywhich has come to be known as elliptic geometry.

Mathematical Contributions

He went on to develop Riemannian geometry, which unified and vastly generalized the three types of geometry, as well as the concept of a manifold or mathematical space, which generalized the ideas of curves and surfaces.

He is even said to have tried to mathematically validate the Book of Genesis before coming of age. He gave the conditions of a function to have an integral, what we now call the condition of Riemann integrability.

In bernhard riemann second part of the dissertation he examined the problem which he described in these words: To complete his Habilitation Riemann had to give a lecture.

Mathematical Contributions | Bernhard Riemann

He prepared three lectures, two on electricity and one on geometry. Gauss had to choose one of the three for Riemann to deliver and, against Riemann's bernhard riemann, Gauss chose the lecture on geometry.

There were two parts to Riemann's lecture. In the first part he posed the problem of how to define an n-dimensional space and ended up giving a definition of what today we call a Riemannian bernhard riemann.

Freudenthal writes in [ 1 ]: In fact, at first approximation in a geodesic coordinate system such a metric is flat Euclidean, in the same way that a curved surface up to higher-order terms looks like its tangent plane.

Georg Friedrich Bernhard Riemann

Beings living bernhard riemann the surface may discover the curvature of their world and compute it at any point as a consequence of observed deviations from Pythagoras 's theorem.

In fact the main point of this part of Riemann's lecture was the definition of the curvature tensor. The second part of Riemann's lecture posed deep questions about the relationship of geometry to the world we live in.

He asked what the dimension of real space was and what geometry described real space.

Bernhard Riemann

The lecture was too far ahead of its time to be appreciated bernhard riemann most scientists of that time. Monastyrsky writes in [ 6 ]: The lecture exceeded all his expectations and greatly surprised him.


Returning to the faculty meeting, he spoke with the greatest praise and rare enthusiasm to Wilhelm Weber about the depth of the thoughts that Riemann had presented.

It was not fully understood until sixty years later. In the mathematical apparatus developed from Riemann's address, Einstein found the frame to fit his physical ideas, his cosmologyand cosmogony: Bernhard riemann this brilliant work entitled Riemann to begin to lecture.

Bernhard Riemann | |

However [ 6 ]: Riemann was a dedicated Christian, the son of a Protestant minister, and saw his life as a mathematician as another way to serve God. During his life, he held closely to his Christian faith bernhard riemann considered it to be the most important aspect of his life.

Riemann refused to publish incomplete work, and some deep insights may have been lost forever.