Examples of using Representation theory in English and their translations into Japanese
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The success of representation theory has led to numerous generalizations.
These techniques arenow basic in abstract harmonic analysis and representation theory.
His specialties are manga representation theory and character culture theory. .
Realistic andsmooth CG animations are highly dependent on differential geometry, representation theory, and integrable systems.
My research to date has included applications of representation theory to mathematical physics and number theory, in particular to various analysis related to zeta functions.
Title New developments in group representation theory and non-commutative harmonic analysis.
For instance,in 1929 Emmy Noether wrote on"hypercomplex quantities and representation theory".
Ryosuke KODERA Research Summary: I study the representation theory of quantum groups and related algebras.
Furthermore he established a relationship between quiver varieties and quantum groups,which was a breakthrough in geometric representation theory.
Noether united these results and gave the first general representation theory of groups and algebras.[132].
In mathematics, the classical Langlands correspondence is a collection of results andconjectures relating number theory to the branch of mathematics known as representation theory.
This approach is surprisingly fruitful: many results in representation theory can be interpreted as special cases of results about modules over a ring.
Dr. Kashiwara and his collaborator were one of the two research groups who solved the Kazhdan-Lusztigconjecture as an important application of the Riemann-Hilbert correspondence to representation theory 4.
Various research styles are adopted in representation theory, but the research in my laboratory requires linear algebra(matrix theory) and basic algebra.
In the third epoch(1927 -35),she published works on noncommutative algebras and hypercomplex numbers and united the representation theory of groups with the theory of modules and ideals.
Their underlying spaces often have strong symmetry/regularity, and the representation theory of the semisimple algebras naturally associated with these spaces is the main tool in our analysis of combinatorial substructures.
In particular, I am working on a relationship between special values of automorphic L-functions and periods of automorphic forms andon related problems on the representation theory of p-adic reductive groups.
Notably, the Morita equivalence class of a Clifford algebra(its representation theory: the equivalence class of the category of modules over it) depends only on the signature(p- q) mod 8.
She is currently studying existence of crepant resolutions of higher dimensional McKay correspondence andthis problem is related with noncommutative crepant resolution and representation theory of noncommutative algebra.
Recent progress in algebraic representation theory has revealed that among unitary representations there are only a few building blocks, and that they are realized in relatively"small infinite-dimensional spaces.
Struggle over how to understand the theory ofunstable modules over the Steenrod algebra from a viewpoint of the representation theory| Department of Mathematics Kyoto University.
In the Digital Content Design Division, students conduct systematic investigations that span the fields of art, science, and engineering,including research in representation theory and technology, and produce video, music and media arts work….
We first established basics of representation theory of super nets in algebraic quantum field theory and studied representation theory of the N=1 super Virasoro algebras in the context of operator algebras.
Seminars| Institute of Mathematics for Industry Abstract: Conformal field theory arequantum field theory defined by using representation theory of chiral algebra which are infinite dimension algebra containing Virasoro algebra.
Masatoshi NOUMI Research Summary: Main interests of my research are to study"good" functions defined by differential/difference equations, including hypergeometric functions and Painlevé transcendents in the broad sense,and to develop ideas of algebraic analysis and representation theory in linear and nonlinear integrable systems.
In the theory of branching rule,which is a mathematical description of symmetry breaking of the representation theory in infinite dimensions, various difficulties in analysis arising from infinite dimensions have been obstructing its advancement.
His numerous achievements-including the establishment of the Riemann-Hilbert correspondence, its application to representation theory, and construction of crystal basis theory-have exerted great influence on various fields of mathematics and contributed strongly to their development.