The Germans have always been the great pioneers of technological and scientific advancements. The contribution of their mathematicians in this regard is highly significant. It was a German mathematician who had once laid the foundation for the law of gravitational pull; it was a German mathematician who proved that without proof mathematics remains but an assumption; it was a German mathematician who introduced us to Aerodynamics. The country has been the home to famous mathematicians like Georg Friedrich Bernhard Riemann, Johannes Kepler, or Gottfried Wilhelm Leibniz who gave the world path-breaking theories of calculus, analysis and differential geometry, among others in an expansive list. The world would have been a different place without these theories which laid the foundation of many scientific developments. These mathematicians have gifted their legacy to mankind and paved the way for a better tomorrow and their biographies provide an insight into their lives which has propelled humanity in the right direction. We house for you a collection of biographies of some of the most famous German mathematicians whose contributions will be remembered by several generations to come. Explore to find out more about their life stories, timelines, along with some interesting trivia and facts related to them.
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German mathematician and physicist Carl Friedrich Gauss is remembered for his work in math and science. Known as the Princeps mathematicorum, he laid down tenets such as the Gauss's Law. He had exhibited his talent since an early age and had completed writing Disquisitiones Arithmeticae by 21.
This 17th-century German mathematician, astronomer, and astrologer is remembered for his pathbreaking work on optics. He invented a developed version of the refracting telescope. He also laid down Kepler's laws of planetary motion and wrote Astronomia Nova, Harmonices Mundi, and Epitome Astronomiae Copernicanae.
German mathematician David Hilbert was first drawn to math inspired by his mother, who was a budding math enthusiast. He contributed to a host of concepts, theories, and postulates, such as Hilbert space, Hilbert's program, and Hilbert's problems. He died in oblivion, with a handful of people at his funeral.
Emmy Noether was a German mathematician best remembered for her contributions to abstract algebra. She is credited with discovering Noether's theorem, which is regarded as a fundamental theorem in mathematical physics. One of the most important mathematicians of her generation and the most important woman in mathematics history, Emmy Noether developed theories of algebras, fields, and rings.
Bernhard Riemann was a German mathematician best remembered for his contributions to number theory, analysis, and differential geometry. His paper on the prime-counting function, which was published in 1859, is considered one of the most influential papers in the history of analytic number theory. Riemann is widely regarded as one of the greatest mathematicians ever.
Carl Gustav Jacob Jacobi was a German mathematician best remembered for his contributions to differential equations, dynamics, number theory, determinants, and elliptic functions. He is the first Jewish mathematician to work as a professor at a German university. Jacobi has a crater on the Moon named after him in recognition of his contribution to science.
Georg Ohm was a German mathematician and physicist. He is credited with discovering the proportionality between the voltage applied through a conductor and the subsequent electric current, which came to be known as Ohm's law. His work earned him the prestigious Copley Medal in 1841. A prolific writer, Georg Ohm published several papers and pamphlets throughout his career.
Karl Weierstrass was a German mathematician best remembered for his significant contributions to mathematics. Often referred to as the father of modern analysis, Weierstrass proved the Bolzano-Weierstrass theorem and the intermediate value theorem. He also authorized the definition of continuous function. The asteroid 14100 Weierstrass and the lunar crater Weierstrass are named after him.
Hermann Klaus Hugo Wey is remembered for his contribution to both physics and math. He was one of the first scientists to think of merging the concepts of electromagnetism and relativity. He moved from the University of Göttingen to Princeton in the wake of the rise of the Nazi reign.
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.
Hermann Minkowski was a mathematician who served as a professor at the University of Göttingen, the University of Königsberg, and the University of Zurich. He is credited with creating and developing the geometry of numbers. He is also credited with using geometrical methods to resolve problems in the theory of relativity, mathematical physics, and number theory.
Karl Schwarzschild was a German astronomer and physicist. He is remembered for his contributions to the general theory of relativity; Schwarzschild came up with the first exact solution to the Albert Einstein field equations. He also contributed immensely to the theory of black holes.
German mathematician Peter Gustav Lejeune Dirichlet is remembered for his invaluable contribution to number theory. He pioneered the concept of a function, expressed through the equation y = f (x). Though his parents wanted him to become a merchant, his mastery of math made them change their minds.
German mathematician Richard Dedekind is best remembered for his ideas on the real number and infinity. Initially interested in subjects such as physics and chemistry, he later deviated to math. He taught at various institutes and was awarded honorary doctorates from universities of Zurich, Oslo, and Braunschweig.
Felix Christian Klein was a German mathematician and educator remembered for his work on complex analysis, group theory, and non-Euclidean geometry. He is also popular for his work on the relationship between group theory and geometry. He is credited with teaching advanced courses to students like Gregorio Ricci-Curbastro, who went on to become a renowned mathematician in his own right.
Rudolf Clausius was a German mathematician and physicist. He is credited with formulating the second law of thermodynamics; he is widely regarded as one of the principal founders of the science of thermodynamics. He taught physics at the Artillery and Engineering School in Berlin.
Nicholas of Cusa was a German mathematician, astronomer, jurist, theologian, and philosopher. One of the first supporters of Renaissance humanism in Germany, Nicholas of Cusa made significant political and spiritual contributions in European history. He is remembered for his efforts to reform the universal and Roman Church.
German mathematician Leopold Kronecker is best remembered for his pioneering work on the theory of equations and algebra. Interestingly, he wasn’t too keen on academic research initially and focused on his land business, while simultaneously pursuing math as a hobby. He could only focus on math after retiring at 30.
August Ferdinand Möbius was a German theoretical astronomer and mathematician. He is best remembered for his discovery of the Möbius strip, the simplest non-orientable surface. He is also remembered for introducing the Barycentric coordinate system. Several mathematical concepts like the Möbius transformations and the Möbius plane are named in his honor.
Friedrich Bessel was a German mathematician, astronomer, geodesist, and physicist. He was the first astronomer to use the method of parallax in order to determine the distance of a star from the sun. Bessel was a much-respected figure during his time. He was honored with the Gold Medal of the Royal Astronomical Society.
Born in Germany, Oskar Morgenstern was believed to be a descendant of Emperor Frederick III. He began his academic career as a professor at the University of Vienna and later joined Princeton. A game theory and mathematical economics specialist, he co-wrote Theory of Games and Economic Behavior with John von Neumann.
While German mathematician Felix Hausdorff initially wished to become a musician, parental pressure led him to choose math. Considered one of the pioneers of modern topology, he made major contributions to set theory and functional analysis. He died of suicide, along with his wife and sister-in-law, instead of moving to a Nazi camp.
Hermann Grassmann was a German polymath remembered for his work in linear algebra, although he wasn’t acknowledged as a mathematician for most part of his life. His work Die lineale Ausdehnungslehre, ein neuer Zweig der Mathematik was revolutionary in the field of mathematics and was far ahead of its time. During his lifetime, he was only known as a linguist.
Regiomontanus was an astrologer, astronomer, and mathematician of the German Renaissance. The development of Copernican heliocentrism was possible because of Regiomontanus' significant contributions to the field of astronomy. Regiomontanus is also credited with designing his own astrological house system which went on to become one of the most famous systems in Europe.
Christopher Clavius was a Jesuit German astronomer and mathematician. Clavius was one of the members of the Vatican commission that gave a green signal to Aloysius Lilius' calendar which came to be known as the Gregorian calendar. He was one of Europe's most respected astronomers; his books were used for over 50 years for astronomical education in and around Europe.
