영어에서 Elliptic functions 을 사용하는 예와 한국어로 번역
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Elliptic functions.
Weierstrass's Elliptic Functions.
The third topic to which Eisenstein made a major contribution was the theory of elliptic functions.
Jacobi elliptic functions.
His habilitation thesis was on modular elliptic functions.
He also studied elliptic functions and integral equations.
Hermite made important contributions to number theory and algebra, orthogonal polynomials, and elliptic functions.
Brill also wrote on determinants, elliptic functions, special curves and surfaces.
He did study mathematics on his own, however,reading Laplace 's Mécanique céleste and then a work by Jacobi on elliptic functions.
Puiseux also worked on elliptic functions and studied computational methods which were used to reduce astronomical data.
Galois, after reading Abel and Jacobi 's work, worked on the theory of elliptic functions and abelian integrals.
These were on number theory, elliptic functions and algebra, but, more importantly, he explored the interconnections between these topics.
Topics Plana worked on, in addition to astronomy,were integrals, elliptic functions, heat, electrostatics and geodesy.
Legendre's major work on elliptic functions in Exercices du Calcul Intégral appeared in three volumes in 1811, 1817, and 1819.
His mathematical work included algebra,algebraic geometry, synthetic geometry, elliptic functions and the theory of convergence.
Deep relations between elliptic functions and Cartesian ovals were also established in 1867, with the geometrical proofs of the addition theorem of elliptic functions given by Darboux and Laguerre.
He made substantial contributions to the analytical theory of numbers and worked on elliptic functions, continued fractions, and infinite series.
The paper looks at both the published work of Zolotarev, and also manuscripts preserved in libraries in Moscow and St Petersburg, relating to his work on elliptic functions.
Weil's most famous books include Foundations of Algebraic Geometry(1946) and Elliptic Functions According to Eisenstein and Kronecker(1976).
He worked on algebraic surfaces, especially during his time in Rome, andlater in his career du Val became interested in elliptic functions.
This was the first course that Weierstrass gave on elliptic functions and Königsberger's publication in 1917 was of considerable historical importance.
Hermite, Kronecker and Brioschi had, in 1858, discovered how to solve the quintic equation by means of elliptic functions.
His early work must have been influenced by Weierstrass 's lectures on elliptic functions, for this was the topic of much of his early research.
Jacob Bernoulli had solved this for an isosceles triangle while, after Malfatti, the problem was also solved by Steiner andClebsch, the latter solving it using elliptic functions.
Mr J Griffith, of Jesus College, himself a well-known Oxford mathematician with a strong interest in elliptic functions, noticed Rogers' marked mathematical ability, and taught him during his boyhood.
MacMahon had produced tables of the value of p(n) for small numbers n, and Ramanujan used this numerical data to conjecture some remarkable properties some of which he proved using elliptic functions.
Weierstrass attended Gudermann 's lectures on elliptic functions, some of the first lectures on this topic to be given, and Gudermann strongly encouraged Weierstrass in his mathematical studies.
After being awardedhis doctorate in 1864, Thomae went to Berlin where he studied elliptic functions with Weierstrass for two terms.
Although an algebraic equation of the fifth degree cannot be solved in radicals,a result which was proved by Ruffini and Abel, Hermite showed in 1858 that an algebraic equation of the fifth degree could be solved using elliptic functions.
Königsberger had been greatly influenced by Weierstrass 's lectures on elliptic functions and this was the topic which interested him at this time, so he in turn influenced König to also undertake research on elliptic functions. .