commutative algebra concept

C21322
concept

A commutative algebra concept is an abstract mathematical notion involving commutative rings, their ideals, modules, and related structures, used to study algebraic properties that often underlie geometry and number theory.

Observed surface forms (17)

Surface form Occurrences
commutative algebra 4
commutative ring 2
concept in commutative algebra 2

Instances (21)

Instance Via concept surface
Krull dimension
Hasse invariant notion in algebraic geometry
Castelnuovo–Mumford regularity invariant in commutative algebra
Fitting lemma result in module theory
Fitting ideal notion in commutative algebra
Henselian ring ring theory concept
Henselization construction in commutative algebra
Sullivan minimal model in rational homotopy theory
surface form: Sullivan minimal model
commutative differential graded algebra
Artinian ring ring-theoretic concept
Jacobson radical ideal of a ring
Euclidean domains
surface form: Euclidean domain
commutative ring
Dedekind ideal ideal in ring theory
Arf
surface form: Arf rings
concept in commutative algebra
Arf rings class of commutative rings
Arf closure concept in commutative algebra
Griess algebra commutative algebra
Cohen–Macaulay ring commutative ring
Frobenius endomorphism algebraic concept
Bose–Mesner algebra commutative algebra
Gelfand–Tsetlin algebra commutative algebra
Bernstein center in representation theory commutative algebra