영어에서 Homological 을 사용하는 예와 한국어로 번역
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Homological Algebra.
His work led to homological algebra.
Homological Algebra.
His major collaboration with Eilenberg was the book Homological Algebra first published in 1956.
Homological Algebra.
The outcome of this collaboration was the book Homological algebra the title being a term which the two mathematicians invented.
Homological Mirror Symmetry.
Serre's theorem led to rapid progress not only in homotopy theory butin algebraic topology and homological algebra in general.
Homological scaffolds of brain functional networks.
Saunders Mac Lane spoke at the Colloquium about Eckmann's contributions to the founding of homological algebra and category theory.
He was awarded a Ph.D. in 1946 for a thesis on homological algebra, the work being an outstanding early step in the study of spectral sequences.
The paper Fundamentalgruppe und zweite Bettische Gruppe[which] is legitimately regarded to be the beginning of homological algebra.
Cartan worked on analytic functions,the theory of sheaves, homological theory, algebraic topology and potential theory, producing significant developments in all these areas.
In particular, in 1934 he published results, using surfaces today called Seifert surfaces, which he used to calculate homological knot invariants.
As commutative algebra took on new life with the infusion of homological methods, he turned his interest once more in this direction, always trying to see past the formalism into"what was really going on".
The year 1956 marks an important stage in his career for in that year he published his first joint paper with D Buchsbaum Homological dimension in Noetherian rings.
The title"Homological Algebra" is intended to designate a part of pure algebra which is the result of making algebraic homology theory independent of its original habitat in topology and building it up to a general theory of modules over associative rings….
This topic has now found its proper place within the theory of so-called"homological integration" pioneered by H Federer in the 1940s.
The basic principles of homological algebra, and in particular the full functorial control over the manipulation of tensor products and modules of operator homomorphisms, will undoubtedly become standard algebraic technique already on the elementary level.
In the summer of 1951 he gave a series of lectures in Zurich on the Leray 's ideas on the theory of homological invariants of locally compact spaces and of continuous mappings which was published as a 95 page book of mimeographed notes with the title Cohomologie des espaces localement compacts, d'après J Leray.
In particular, homological algebra is concerned not so much with the intrinsic structure of modules but primarily with the pattern of compositions of homomorphisms between modules and their interplay with the various constructions by which new modules may be obtained from given ones.
Aleksandrov's work on homology moved forward with his homological theory of dimension around 1928-30 Aleksandrov was the first to use the phrase'kernel of a homomorphism' and around 1940-41 he discovered the ingredients of an exact sequence.
The conceptual flavour of homological algebra derives less specifically from topology than from the general"naturalistic" trend of mathematics as a whole to supplement the study of the anatomy of any mathematical entity with an analysis of its behaviour under the maps belonging to the larger mathematical system with which it is associated.