Famous Austrian Mathematicians

Hailed as one of the greatest logicians since Aristotle, Kurt Gödel was Austrian-born American mathematician, logician, and philosopher, who earned international stardom for his incompleteness theorem. Also credited with developing a technique called Gödel numbering, he later started working on Mathematical Platonism, a philosophical theory that failed to attract wide acceptance.

A scientist, meteorologist, mathematician, and biologist, Gregor Mendel is considered the founder of the modern science of genetics. He conducted a series of experiments on pea plants between 1856 and 1863, establishing many rules of heredity. Besides his work on pea plants, he also described novel plant species and conducted experiments with hawkweed and honeybees.

Austrian-British philosopher Ludwig Wittgenstein is remembered for his works related to logic, the philosophy of mind, the philosophy of mathematics, and the philosophy of language. He taught at the University of Cambridge for many years. He published only one book during his lifetime. Most of his manuscripts were collected later and published posthumously.

Edmund Husserl was a German philosopher of Moravian origin. He established the school of phenomenology. He studied mathematics, physics, and astronomy at the University of Leipzig and worked as an assistant to mathematician Karl Weierstrass. He later became a professor of philosophy and taught for several years. He is considered a major figure in 20th-century philosophy.  

Christian Doppler was an Austrian physicist and mathematician best remembered for describing a phenomenon which came to be known as the Doppler effect. The color of binary stars was explained by Doppler with the help of the Doppler effect. Christian Doppler's discovery of the Doppler effect is considered an important contribution to physics.

Austrian-British mathematician and Imperial College London professor Martin Hairer specializes in stochastic analysis and is a master of pure and applied math and theoretical physics. The Fermat Prize and Fields Medal winner also designs an audio editing software for Macintosh and is a Fellow of the Royal Society.

Considered a pioneer in the field of abstract algebra, Austro-German mathematician Emil Artin reached great heights in academics in spite of losing his father to syphilis at age 8. He's best remembered for his contribution to the class field theory and his theorems and concepts such as the Artin rings.

Richard von Mises was an Austrian Jewish scientist and mathematician. He is known for his work on solid mechanics, aerodynamics, aeronautics, fluid mechanics, and probability theory. He was the Gordon McKay Professor of Aerodynamics and Applied Mathematics at Harvard University. He is the one who proposed the now-famous "birthday problem" in probability theory. He was married to mathematician Hilda Geiringer.  

Best known for originating the Stefan-Boltzmann law, Josef Stefan was an Austrian physicist, who published nearly eighty scientific papers in his life time. Starting his career as a lecturer in mathematical physics at University of Vienna, he rose to become director of Physical Institute, meanwhile empirically deriving the Stefan-Boltzmann law, thus paving the way for further work on blackbody radiation.

Having lost his doctor father to an execution after he was charged with stealing from his patients, Georg Joachim Rheticus ditched his paternal surname. The Austrian-born mathematician is best remembered for his tables of trigonometric functions. He was also one of the first to propagate the Copernican heliocentric theory.

Georg von Peuerbach was an Austrian mathematician and astronomer, best known for reviving the views of the second-century astronomer, Ptolemy. Possibly educated in humanities, he later established a solid reputation in mathematics and astronomy, writing New Theories of the Planets. Published in 1454, it later became a university textbook, appearing in fifty Latin and vernacular editions by late 17th century.

Born to a mathematician, Wilhelm Blaschke followed in his father’s footsteps and revolutionized the field of differential and integral geometry. A math professor, he worked extensively on kinematic mapping and is remembered for his iconic works such as Circle and Sphere and Foundations of Einstein’s Theory of Relativity.