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Robert Gilmer, in his paper "Commutative rings in which each prime ideal is principal", says:

Some well known theorems indicate that certain ideal-theoretic structure properties of a commutative ring $R$ are determined by the set of prime ideals of $R$. For example,
$R$ is Noetherian if and only if each prime ideal of $R$ is finitely generated (1, 2),
$R$ is a multiplication ring if and only if each prime ideal of $R$ is a multiplication ideal, and
if $R$ contains an identity, each nonzero ideal of $R$ is invertible if and only if each nonzero prime ideal of $R$ is invertible.

I would like to have a list of theorems that a property of a commutative ring $R$ (or $R$-modules) is determined by the prime ideals of $R$.


I will gradually list the few things I remember here, and I would appreciate if you complete it:

  • Baer's criterion for injective modules has been refined in many ways including a result that for a commutative Noetherian ring, it suffices to consider only prime ideals instead of all ideals.
  • when $R$ is a commutative Noetherian local ring with maximal ideal $m$, global dimension of athe ring $R$ can be alternatively defined as the projective dimension of the residue field $R/m$.

Robert Gilmer, in his paper "Commutative rings in which each prime ideal is principal", says:

Some well known theorems indicate that certain ideal-theoretic structure properties of a commutative ring $R$ are determined by the set of prime ideals of $R$. For example,
$R$ is Noetherian if and only if each prime ideal of $R$ is finitely generated (1, 2),
$R$ is a multiplication ring if and only if each prime ideal of $R$ is a multiplication ideal, and
if $R$ contains an identity, each nonzero ideal of $R$ is invertible if and only if each nonzero prime ideal of $R$ is invertible.

I would like to have a list of theorems that a property of a commutative ring $R$ (or $R$-modules) is determined by the prime ideals of $R$.


I will gradually list the few things I remember here and I would appreciate if you complete it:

  • Baer's criterion for injective modules has been refined in many ways including a result that for a commutative Noetherian ring, it suffices to consider only prime ideals instead of all ideals.
  • when $R$ is a commutative Noetherian local ring with maximal ideal $m$, global dimension of a ring $R$ can be alternatively defined as the projective dimension of the residue field $R/m$.

Robert Gilmer, in his paper "Commutative rings in which each prime ideal is principal", says:

Some well known theorems indicate that certain ideal-theoretic structure properties of a commutative ring $R$ are determined by the set of prime ideals of $R$. For example,
$R$ is Noetherian if and only if each prime ideal of $R$ is finitely generated (1, 2),
$R$ is a multiplication ring if and only if each prime ideal of $R$ is a multiplication ideal, and
if $R$ contains an identity, each nonzero ideal of $R$ is invertible if and only if each nonzero prime ideal of $R$ is invertible.

I would like to have a list of theorems that a property of a commutative ring $R$ (or $R$-modules) is determined by the prime ideals of $R$.


I will gradually list the few things I remember here, and I would appreciate if you complete it:

  • Baer's criterion for injective modules has been refined in many ways including a result that for a commutative Noetherian ring, it suffices to consider only prime ideals instead of all ideals.
  • when $R$ is a commutative Noetherian local ring with maximal ideal $m$, global dimension of the ring $R$ can be alternatively defined as the projective dimension of the residue field $R/m$.
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property Property of a commutative ring that is determined by the prime ideals of the ring

Robert Gilmer, in his paper "Commutative rings in which each prime ideal is principal""Commutative rings in which each prime ideal is principal", says:

Some well known theorems indicate that certain ideal-theoretic structure properties of a commutative ring $R$ are determined by the set of prime ideals of $R$. For example,
$R$ is Noetherian if and only if each prime ideal of $R$ is finitely generated (1, 2),
$R$ is a multiplication ring if and only if each prime ideal of $R$ is a multiplication ideal, and
if $R$ contains an identity, each nonzero ideal of $R$ is invertible if and only if each nonzero prime ideal of $R$ is invertible.

I would like to have a list of theorems that a property of a commutative ring $R$ (or $R$-modules) is determined by the prime ideals of $R$.


I will gradually list the few things I remember here and I would appreciate if you complete it:

  • Baer's criterion for injective modules has been refined in many ways including a result that for a commutative Noetherian ring, it suffices to consider only prime ideals instead of all ideals.
  • when $R$ is a commutative Noetherian local ring with maximal ideal $m$, global dimension of a ring $R$ can be alternatively defined as the projective dimension of the residue field $R/m$.

property of a commutative ring that is determined by the prime ideals of the ring

Robert Gilmer, in his paper "Commutative rings in which each prime ideal is principal", says:

Some well known theorems indicate that certain ideal-theoretic structure properties of a commutative ring $R$ are determined by the set of prime ideals of $R$. For example,
$R$ is Noetherian if and only if each prime ideal of $R$ is finitely generated (1, 2),
$R$ is a multiplication ring if and only if each prime ideal of $R$ is a multiplication ideal, and
if $R$ contains an identity, each nonzero ideal of $R$ is invertible if and only if each nonzero prime ideal of $R$ is invertible.

I would like to have a list of theorems that a property of a commutative ring $R$ (or $R$-modules) is determined by the prime ideals of $R$.


I will gradually list the few things I remember here and I would appreciate if you complete it:

  • Baer's criterion for injective modules has been refined in many ways including a result that for a commutative Noetherian ring, it suffices to consider only prime ideals instead of all ideals.
  • when $R$ is a commutative Noetherian local ring with maximal ideal $m$, global dimension of a ring $R$ can be alternatively defined as the projective dimension of the residue field $R/m$.

Property of a commutative ring that is determined by the prime ideals of the ring

Robert Gilmer, in his paper "Commutative rings in which each prime ideal is principal", says:

Some well known theorems indicate that certain ideal-theoretic structure properties of a commutative ring $R$ are determined by the set of prime ideals of $R$. For example,
$R$ is Noetherian if and only if each prime ideal of $R$ is finitely generated (1, 2),
$R$ is a multiplication ring if and only if each prime ideal of $R$ is a multiplication ideal, and
if $R$ contains an identity, each nonzero ideal of $R$ is invertible if and only if each nonzero prime ideal of $R$ is invertible.

I would like to have a list of theorems that a property of a commutative ring $R$ (or $R$-modules) is determined by the prime ideals of $R$.


I will gradually list the few things I remember here and I would appreciate if you complete it:

  • Baer's criterion for injective modules has been refined in many ways including a result that for a commutative Noetherian ring, it suffices to consider only prime ideals instead of all ideals.
  • when $R$ is a commutative Noetherian local ring with maximal ideal $m$, global dimension of a ring $R$ can be alternatively defined as the projective dimension of the residue field $R/m$.
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property of a commutative ring that is determined by the set of prime ideals of the ring

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