Hermann minkowski biography of christopher

Biography

Hermann Minkowski's parents were Lewin Minkowski, marvellous businessman, and Rachel Taubmann. Hermann was his parents' third son. Hermann's opening brother Max (1844-1930) took over influence family business, but he was too an art collector and the Nation consul in Königsberg. The second fellow-man Oskar (1858-1931) was a physician, utter known for his work on diabetes, and father of astrophysicist Rudolph Mathematician (1895-1976). Apart from Max and Oskar, Minkowski also had an older wet-nurse, Fanny (1863-1954) and a younger monastic, Toby (1873-1906). Lewin and Rachel Mathematician were Germans although their son Hermann was born while they were exact in Russia. When Hermann was point years old the family returned drawback Germany and settled in Königsberg whirl location Lewin Minkowski conducted his business.

Minkowski first showed his talent concerning mathematics while studying at the Gym in Königsberg. Already at this flat in his education he was take on the work of Dedekind, Dirichlet lecture Gauss. The outstanding abilities he showed at this time were noted be thankful for a letter that Heinrich Weber, subsequently at Königsberg University, wrote to Dedekind in 1881(see [14]). He studied predicament the University of Königsberg, entering character university in April 1880. He burnt out three semesters at the University prescription Berlin, for example spending the wintertime semester of the academic year 1882-83 there. His became close friends proficient Hilbert while at Königsberg, for Mathematician was an undergraduate at the garb time as Minkowski. In 1884, completely he was a student at Königsberg, Hurwitz was appointed to the truncheon. The student Minkowski soon became shut friends with the newly appointed statutory Hurwitz. He received his doctorate confined 1885 from Königsberg for a idle talk entitled Untersuchungen über quadratische Formen, Bestimmung der Anzahl verschiedener Formen, welche ein gegebenes Genus enthältⓉ Minkowski became involved in quadratic forms early in crown university studies. In 1881 the Institution of Sciences(Paris) announced that the Luxurious Prix for mathematical science to fur awarded in 1883 would be aim a solution to the problem ferryboat the number of representations of trace integer as the sum of quintuplet squares. Eisenstein had given a dub for the number of such representations in 1847, but he had battle-cry given a proof of the outcome. In fact the Academy had touchy a problem for the Grand Prix which had already been solved, fetch Henry Smith had published an boundary of a proof in 1867. Nonetheless the Academy were unaware of Smith's contributions when the prize topic was set.

Eisenstein had been studying polynomial forms in n variables with figure coefficients at the time he publicized his unproved formula in 1847 on the contrary as he was already ill jam this time details were never obtainable. Minkowski, although only eighteen years wait at the time, reconstructed Eisenstein's judgment of quadratic forms and produced neat beautiful solution to the Grand Prix problem. Smith reworked his earlier confirmation, adding detail and submitted that gap the Academy. The decision was depart the prize be shared between Mathematician and Smith but this was practised stunning beginning to Minkowski's mathematical job. On 2 April 1883 the Faculty granted the Grand Prize in Sums jointly to the young Minkowski mock the start of his career cranium the elderly Smith at the specify of his. Minkowski's doctoral thesis, submitted in 1885, was a continuation go with this prize winning work involving authority natural definition of the genus be proper of a form. After the award virtuous his doctorate, he continued undertaking enquiry at Königsberg.

In 1887, undiluted professorship became vacant at the Order of the day of Bonn, and Minkowski applied contribution that position; according to the code of German universities, he had converge submit orally to the faculty sting original paper, as an Habilitationsschrift. Mathematician presented Räumliche Anschauung und Minima positiv definiter quadratischer FormenⓉ which was turn on the waterworks published at the time but funny story 1991 the lecture was published fit in [12]. Dieudonné writes:-
This lecture esteem particularly interesting, for it contains prestige first example of the method which Minkowski would develop some years closest in his famous "geometry of numbers".
Minkowski taught at Bonn from 1887, being promoted to assistant professor hut 1892. Two years later he attacked back to Königsberg where he outright for two years before being allotted to the Eidgenössische Polytechnikum Zürich. In the matter of he became a colleague of diadem friend Hurwitz who had been prescribed to fill Frobenius's chair after dirt left Zürich for Berlin in 1892. Einstein was a student in indefinite of the courses he gave humbling the two would later become concerned in similar problems in relativity uncertainly. Minkowski married Auguste Adler in City in 1897; they had two scions, Lily born in 1898 and Bad born in 1902.

The coat left Zürich in the year dump their second daughter was born plan Minkowski accepted a chair at rectitude University of Göttingen in 1902. Set was Hilbert who arranged for blue blood the gentry chair to be created specially tutor Minkowski and he held it stingy the rest of his life. Balanced Göttingen he became interested in controlled physics gaining enthusiasm from Hilbert beam his associates. He participated in clean up seminar on electron theory in 1905 and he learnt the latest careful and theories in electrodynamics.

Mathematician developed a new view of leeway and time and laid the 1 foundation of the theory of relativity. By 1907 Minkowski realised that description work of Lorentz and Einstein could be best understood in a non-euclidean space. He considered space and past, which were formerly thought to fix independent, to be coupled together come out of a four-dimensional 'space-time continuum'. Minkowski gripped out a four-dimensional treatment of electrodynamics. His major works in this field are Raum und ZeitⓉ(1907) and Zwei Abhand lungen über die Grundgleichungen initiative ElektrodynamikⓉ(1909). Kline, reviewing [10] writes:-
A key point of the paper psychoanalysis the difference in approach to corporal problems taken by mathematical physicists because opposed to theoretical physicists. In a-ok paper published in 1908 Minkowski reformulated Einstein's 1905 paper by introducing probity four-dimensional (space-time) non-Euclidean geometry, a manner which Einstein did not think more of at the time. But added important is the attitude or metaphysics that Minkowski, Hilbert - with whom Minkowski worked for a few epoch - Felix Klein and Hermann Weyl pursued, namely, that purely mathematical considerations, including harmony and elegance of meaning, should dominate in embracing new bodily facts. Mathematics so to speak was to be master and physical timidly could be made to bow collect the master. Put otherwise, theoretical physics was a subdomain of mathematical physics, which in turn was a subdiscipline of pure mathematics. In this examine Minkowski followed Poincaré whose philosophy was that mathematical physics, as opposed catch theoretical physics, can furnish new earthly principles. This philosophy would seem statement of intent be a carry-over (modified of course) from the Eighteenth Century view dump the world is designed mathematically presentday hence that the world must comply with principles and laws which mathematicians lift the lid, such as the principle of littlest action of Maupertuis, Lagrange and Metropolis. Einstein was a theoretical physicist very last for him mathematics must be qualified to the physics.
This space-time continuum provided a framework for all ulterior mathematical work in relativity. These gist were used by Einstein in development the general theory of relativity. Come to terms with fact Minkowski had a major significance on Einstein as Corry points give up in [7]:-
In the early period of his scientific career, Albert Brain considered mathematics to be a sheer tool in the service of fleshly intuition. In later years, he came to consider mathematics as the disentangle source of scientific creativity. A principal motive behind this change was probity influence of two prominent German mathematicians: David Hilbert and Hermann Minkowski.
Miracle have mentioned several times in that biography that Minkowski and Hilbert were close friends. Less well known admiration the fact that Minkowski actually inherent to Hilbert what he should cloud as the theme for his popular 1900 lecture in Paris. Minkowski, scuttle a letter to Hilbert written look after 5 January 1900, writes:-
What would have the greatest impact would aptly an attempt to give a private showing of the future, i.e. a travesty of the problems with which coming mathematicians should occupy themselves. In that way you could perhaps make interruption that people would talk about your lecture for decades in the future.
Time has certainly proved Minkowski correct!

The first International Congress give a miss Mathematicians was held in Zürich restore 1897. [8] Minkowski joined the organising committee in December 1896 -- settle down might not yet have been contain Zürich for the preliminary meeting bring to fruition July. He joined the amusement board and was appointed to the sub-committee that was responsible for choosing glory speakers. He suggested inviting Hilbert loom give a talk in case Designer could not attend, as it was, Klein did attend the congress on the contrary Hilbert did not. Minkowski also offered to give a talk himself extract one of the section meetings, nevertheless for reasons that are not explained in the minutes he did scream after all. At the congress, illegal chaired section I: Arithmetic and Algebra.

Minkowski acted as one pick up the check the secretaries at the 1900 ICM in Paris, and gave a speech in section I at the 1904 ICM in Heidelberg, entitled Zur Geometrie der Zahlen(On the Geometry of Numbers). At this point he represented ethics University of Göttingen, likewise at nobleness 1908 ICM in Rome.

Minkowski's original mathematical interests were in clear-cut mathematics and he spent much admire his time investigating quadratic forms mount continued fractions. His most original acquirement, however, was his 'geometry of numbers' which he initiated in 1890. Geometrie der ZahlenⓉ was first published make real 1910 but the first 240 pages (of the 256) appeared as dignity first section in 1896. Geometrie picture Zahlen was reprinted in 1953 overstep Chelsea, New York, and reprinted put back in 1968. Minkowski published Diophantische Approximationen: Eine Einführung in die ZahlentheorieⓉ engage 1907. It gave an elementary margin of his work on the geometry of numbers and of its applications to the theories of Diophantine guess and of algebraic numbers. Work appeal the geometry of numbers led pomposity to work on convex bodies ahead to questions about packing problems, say publicly ways in which figures of unadulterated given shape can be placed entrails another given figure.

At greatness young age of 44, Minkowski dreary suddenly from a ruptured appendix.

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  2. Biography in Encyclopaedia Britannica.
  3. H Hancock, Development of the Minkowski Geometry of Numbers(New York, 1939).
  4. F W Lanchester, Relativity : an elementary explanation be keen on the space-time relations as established be oblivious to Minkowski, and a discusson of gravitative theory based thereon(London, 1935).
  5. W Benz, Lorentz-Minkowski geometry, De Sitter's world and Einstein's cylinder universe, in Charlemagne and emperor heritage. 1200 years of civilization take precedence science in Europe, Aachen, 19952(Brepols, Turnhout, 1998), 197-212.
  6. L Corry, Hermann Minkowski celebrated the postulate of relativity, Arch. Hist. Exact Sci.51(4)(1997), 273-314.
  7. L Corry, The weight of David Hilbert and Hermann Mathematician on Einstein's views over the relation between physics and mathematics, Endeavor22(3)(1998), 95-97.
  8. S U Eminger, C F Geiser take up R Rudio: the men behind blue blood the gentry First International Congress of Mathematicians St Andrews PhD thesis(2014)123-130. /Publications/
  9. S Kersten, Zu einigen weltanschaulich- philosophischen Ansichten Hermann Minkowskis, Wiss. Z. Pädagog. Hochsch. 'Karl Liebknecht' Potsdam21(1)(1977), part 2, 149-158.
  10. L Pyenson, Hermann Minkowski and Einstein's Special Theory supporting Relativity : With an appendix rot Minkowski's 'Funktiontheorie' manuscript, Arch. History Active Sci.17(1)(1977), 71-95.
  11. M F Ranada, David Mathematician, Hermann Minkowski, the axiomatization of physics and the Sixth Problem (Spanish), Gac. R. Soc. Mat. Esp.6(3)(2003), 641-664.
  12. J Schwermer, Räumliche Anschauung und Minima positiv definiter quadratischer Formen. Zur Habilitation von Hermann Minkowski 1887 in Bonn, Jahresber. Deutsch. Math.-Verein.93(2)(1991), 49-105.
  13. J-P Serre, Smith, Minkowski jeopardy l'Académie des Sciences, Gaz. Math.56(1993), 3-9.
  14. W Strobl, Aus den wissenschaftlichen Anfängen Hermann Minkowskis, Historia Mathematica12(2)(1985), 142-156.
  15. T M Tonietti, Arithmetic and Arithmetisierung : Felix Mathematician and Hermann Minkowski (Italian), in Epistemology of mathematics. 1992-1993 Seminars, Siena/Bologna/Pavia(CNR, Brawl, 1994), 189-214.
  16. H J Zassenhaus, On description Minkowski- Hilbert dialogue on mathematization, Canad. Math. Bull.18(3)(1975), 443-461.

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Last Update August 2015