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271	Representations From Group Actions On Words And Matrices Anderson, Joel T 01 June 2023 (has links) (PDF) We provide a combinatorial interpretation of the frequency of any irreducible representation of Sn in representations of Sn arising from group actions on words. Recognizing that representations arising from group actions naturally split across orbits yields combinatorial interpretations of the irreducible decompositions of representations from similar group actions. The generalization from group actions on words to group actions on matrices gives rise to representations that prove to be much less transparent. We share the progress made thus far on the open problem of determining the irreducible decomposition of certain representations of Sm × Sn arising from group actions on matrices. Symmetric Group Representation Theory Irreducible Representations Finite Groups Algebra Discrete Mathematics and Combinatorics
272	Symmetric Lorentzian polynomials / symmetriska lorentziska polynom Qin, Daniel January 2023 (has links) In 2020, Huh, Matherne, Mészáros, and St. Dizier established the Lorentzian property of normalized Schur polynomials and conjectured the Lorentzian nature of other Schur-type symmetric polynomials. More recently in 2022, Matherne, Morales, and Selover proved that chromatic symmetric functions of indifference graphs of abelian Dyck paths are Lorentzian. In this thesis, we study the more general class of Lorentzian polynomials that is also invariant under the standard permutation action on variables. Throughout this work, we give exposition to the classical theory of symmetric polynomials and Lorentzian polynomials. Then we present several fundamental results on symmetric Lorentzian polynomials and highlight potential avenues for future research. / År 2020 bevisade Huh-Matherne-Mészáros-St.Dizier att normaliserade schur polynom är lorentziska och antog att andra symmetriska polynom av Schur-typ också är det. År 2022 bevisade Matherne-Morales-Selover att kromatiska symmetriska funktioner för indifferensgrafer av abeliska Dyck-paths är lorentziska. Motiverade av dessa resultat studerar vi den mer allmänna klassen av lorentziska polynom som också är invarianta under standardpermutationsverkan på variabler. I avhandlingen ger vi några grundläggande resultat om symmetriska lorentziska polynom och pekar på möjliga framtida riktningar. symmetric polynomials Lorentzian polynomials matroids symmetriska polynom lorentziska polynom matroid Mathematics Matematik
273	Conjugacy Class Sizes of the Symmetric and Alternating Groups Dickson, Cavan James 16 May 2014 (has links) No description available. Mathematics symmetric group alternating group conjugacy class largest smallest zeta function
274	Second moment of the central values of the symmetric square L-functions Lam, Wing Chung 19 May 2015 (has links) No description available. Mathematics
275	Bounds for Hecke Eigenforms and Their Allied L-functions Zhang, Qing 28 May 2015 (has links) No description available. Mathematics large sieve inequality dihedral Maass form symmetric square L-function
276	Ultraintense Laser-Driven Relativistic Hydrodynamics for Plane Symmetric Systems Talamo, James M. 20 May 2015 (has links) No description available. Mathematics plasma sheet sheet laser-driven ultraintense sheet thermodynamics plane symmetric hydrodynamics relativistic
277	Bounding the Maximal Character Degree in terms of Smaller Degrees in the Symmetric Groups Soomro, Sadaf Komal 13 September 2018 (has links) No description available. Mathematics symmetric groups character degrees irreducible complex characters highest character degree
278	Structure of Permutation Polynomials Diene, Adama 30 September 2005 (has links) No description available. Mathematics public-key multivariable quadratic polynomials linearization equations linear polynomials Dickson polynomials symmetric group
279	Semi-Regular Sequences over F2 Molina Aristizabal, Sergio D. January 2015 (has links) No description available. Mathematics Abstract Algebra Semi-Regular Sequences Symmetric Polynomials Cryptography Regular Sequences Systems of polynomial equations
280	Dynamical Systems in Cell Division Cycle, Winnerless Competition Models, and Tensor Approximations Gong, Xue 08 July 2016 (has links) No description available. Mathematics yeast metabolic oscillations order-disorder transition heteroclinic networks non-symmetric saddle points

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