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Wilhelm Wirtinger (15 July 1865 – 15 January 1945) was an Austrian mathematician, working in complex analysis, geometry, algebra, number theory, Lie groups and knot theory.
He was born at Ybbs on the Danube and studied at the University of Vienna, where he received his doctorate in 1887, and his habilitation in 1890. Wirtinger was greatly influenced by Felix Klein with whom he studied at the University of Berlin and the University of Göttingen.
In 1907 the Royal Society of London awarded him the Sylvester Medal, for his contributions to the general theory of functions.
He worked in many areas of mathematics, publishing 71 works.[1] His first significant work, published in 1896, was on theta functions. He proposed as a generalization of eigenvalues, the concept of the spectrum of an operator, in an 1897 paper; the concept was further extended by David Hilbert and now it forms the main object of investigation in the field of spectral theory. Wirtinger also contributed papers on complex analysis, geometry, algebra, number theory, and Lie groups. He collaborated with Kurt Reidemeister on knot theory, showing in 1905 how to compute the knot group.[2] Also, he was one of the editors of the Analysis section of Klein's encyclopedia.
During a conversation, Wirtinger attracted the attention of Stanisław Zaremba to a particular boundary value problem, which later became known as the mixed boundary value problem.[3]
A partial list of his students includes the following scientists:
Topology, Calculus, Euclid, Projective geometry, Algebraic geometry
Linear algebra, Number theory, Arithmetic, Mathematics, Geometry
Computer science, Cryptography, Statistics, Discrete mathematics, Numerical analysis
Austria, Vienna, Friedrich Hayek, European Union, Computer science
Physics, Complex dynamics, Hue, Number theory, Thermodynamics
Several complex variables, Complex analysis, Domain (mathematical analysis), Wilhelm Wirtinger, Partial differential operator
International Congress of Mathematicians, Geometry, Walther von Dyck, Mathematical analysis, Mechanics
Austria, Mathematics, Topology, World War I, Innsbruck
Prague, Vienna, Mathematics, Czech Technical University in Prague, Austria-Hungary
Functional analysis, Hilbert space, Linear algebra, Quantum mechanics, Rayleigh quotient