Results 301 to 310 of about 1,801,897 (347)
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On the hopficity of the polynomial rings
Proceedings of the Indian Academy of Sciences - Section A, 1998zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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On a Result in Polynomial Rings
Mathematical Proceedings of the Cambridge Philosophical Society, 1960Let denote the polynomial algebra over the integers in countably many variables ui (i ≥ 1). Let ∂ be the derivation of defined on the generators by. Thus if is graded by dim ui=i, then∂ is homogeneous, of degree − 1. The result is that ∂ is onto, and that its kernel is a polynomial algebra in , where is homogeneous of degree i and the coefficient ...
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Polynomials Annihilating the Witt Ring
Mathematische Nachrichten, 1997AbstractLet F be a non‐formally real field of characteristic not 2 and let W(F) be the Witt ring of F. In certain cases generators for the annihilator ideal equation image are determined. Aim the primary decomposition of A(F) is given. For formally d fields F, as an analogue the primary decomposition of At(F) = {f(X) ∈ Z[X]| f(ω) = 0 for all ω ∈ Wt(F)
Ongenae, Veerle, van Geel, Jan
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Automorphisms for Skew PBW Extensions and Skew Quantum Polynomial Rings
, 2013In this work, I study the automorphisms of skew PBW extensions and skew quantum polynomials. I use Artamonov's works as reference for getting the principal results about automorphisms for generic skew PBW extensions and generic skew quantum polynomials ...
C'esar Fernando Venegas Ram'irez +1 more
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Rings with Polynomial Identities and Finite Dimensional Representations of Algebras
Colloquium Publications, 2020E. Aljadeff +3 more
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2009
Abstract In chapter 2 we encountered some of the basic properties of rings and fields. In particular, we considered the ring of polynomials in a single variable and saw how essential that theory is to the study of finite fields. In this chapter we return to the study of rings and polynomials, but this time we will be interested in some ...
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Abstract In chapter 2 we encountered some of the basic properties of rings and fields. In particular, we considered the ring of polynomials in a single variable and saw how essential that theory is to the study of finite fields. In this chapter we return to the study of rings and polynomials, but this time we will be interested in some ...
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