List questions from dedekind-domain

Published on 08 Jan 2020 - 17:25

1k

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Is $\mathbb{Z}[\sqrt{-5}]$ Dedekind?

Published on 11 Jan 2020 - 22:58

94

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Separability in the Definition of Ramification

Published on 22 Jan 2020 - 10:09

164

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Localization of ring of integers at discriminant

Published on 03 Feb 2020 - 21:39

58

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Reference request: some properties of Dedekind rings

Published on 05 Feb 2020 - 4:37

139

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Bogus proof that every ideal in a Dedekind domain is principal

Published on 05 Feb 2020 - 5:33

803

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Example of a Dedekind Domain which is not a PID

Published on 03 Mar 2020 - 10:15

637

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Proving "to contain is to divide" for Dedekind domains

Published on 19 Mar 2020 - 15:57

36

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Ideal quotient (or ideal saturation) and p-adic valuation.

Published on 30 Apr 2020 - 8:06

205

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'Contain is to divide' doesn't imply Dedekind Domain

Published on 30 Apr 2020 - 16:28

74

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Need help with an operation on finite length $A$-modules and Grothendieck Group

Published on 01 May 2020 - 6:20

57

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Localization of Dedekind Domains

Published on 11 May 2020 - 12:45

295

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Show that $R[X]/(f)$ is Dedekind domain

Published on 17 May 2020 - 18:49

1.2k

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Finding class number of quadratic number field using Minkowski bound

Published on 25 Mar 2026 - 3:01

118

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Factorization into prime ideals in dedekind domain $\mathbb{C}[t]_{(t)}[x]/(x^3+x^2+t)$

Published on 19 May 2020 - 19:58

List Question

Exact Sequence with Ideal Class Group

Is $\mathbb{Z}[\sqrt{-5}]$ Dedekind?

Separability in the Definition of Ramification

Localization of ring of integers at discriminant

Reference request: some properties of Dedekind rings

Bogus proof that every ideal in a Dedekind domain is principal

Example of a Dedekind Domain which is not a PID

Proving "to contain is to divide" for Dedekind domains

Ideal quotient (or ideal saturation) and p-adic valuation.

'Contain is to divide' doesn't imply Dedekind Domain

Need help with an operation on finite length $A$-modules and Grothendieck Group

Localization of Dedekind Domains

Show that $R[X]/(f)$ is Dedekind domain

Finding class number of quadratic number field using Minkowski bound

Factorization into prime ideals in dedekind domain $\mathbb{C}[t]_{(t)}[x]/(x^3+x^2+t)$

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