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seen Jan 29 at 14:45
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Jan
29
asked geometrically connected fibres, multiplicative group
Jan
29
revised Localization of a ring at a height $1$ prime ideal is a valuation ring?
added 136 characters in body
Jan
21
asked Localization of a ring at a height $1$ prime ideal is a valuation ring?
Dec
31
awarded  Yearling
Sep
21
awarded  Custodian
May
23
awarded  Enlightened
May
23
awarded  Nice Answer
Dec
31
awarded  Yearling
Nov
28
revised $\mathrm{Ext}^n(\mathcal F, i_*\mathcal G) =\mathrm{Ext}^n(i^*\mathcal F,\mathcal G)$?
added 111 characters in body
Nov
28
asked Is $c = \dim(X)$ if $P \otimes \mathcal{L} = P[c]$
Nov
28
revised $\mathrm{Ext}^n(\mathcal F, i_*\mathcal G) =\mathrm{Ext}^n(i^*\mathcal F,\mathcal G)$?
added 141 characters in body
Nov
28
accepted Hom(P,P) field => finite over k
Nov
27
revised Hom(P,P) field => finite over k
deleted 228 characters in body
Nov
27
comment $\mathrm{Ext}^n(\mathcal F, i_*\mathcal G) =\mathrm{Ext}^n(i^*\mathcal F,\mathcal G)$?
I have edited my question accordingly.
Nov
27
revised $\mathrm{Ext}^n(\mathcal F, i_*\mathcal G) =\mathrm{Ext}^n(i^*\mathcal F,\mathcal G)$?
added 338 characters in body
Nov
27
reviewed Approve suggested edit on $\mathrm{Ext}^n(\mathcal F, i_*\mathcal G) =\mathrm{Ext}^n(i^*\mathcal F,\mathcal G)$?
Nov
27
asked $\mathrm{Ext}^n(\mathcal F, i_*\mathcal G) =\mathrm{Ext}^n(i^*\mathcal F,\mathcal G)$?
Nov
27
comment Hom(P,P) field => finite over k
Yes, but why is the Hom-set a field in the 2nd question?
Nov
27
comment Jordan-Hölder factors of a finite length module
Thank you very much!
Nov
27
accepted Jordan-Hölder factors of a finite length module