Semisimple module finite lengthNoetherian module implies finite direct sum of indecomposables?A module decomposition problemModule and Noetherian/Artinian RingsQuotients of finitely generated module are direct summands implies module is semisimpleEquivalence of SemisimplicityShow that if $M$ is a semisimple artinian module then $M$ is finitely generated.Book for Module TheoryModule of finite length $implies$ finite direct sum of indecomposable modulesFinitely generated semisimple modulesA module $M$ whose submodules and factor modules are semisimple but not semisimple itself
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Semisimple module finite length
Noetherian module implies finite direct sum of indecomposables?A module decomposition problemModule and Noetherian/Artinian RingsQuotients of finitely generated module are direct summands implies module is semisimpleEquivalence of SemisimplicityShow that if $M$ is a semisimple artinian module then $M$ is finitely generated.Book for Module TheoryModule of finite length $implies$ finite direct sum of indecomposable modulesFinitely generated semisimple modulesA module $M$ whose submodules and factor modules are semisimple but not semisimple itself
$begingroup$
'm new in module theory and try to prove this theorem:
If $M$ is semisimple, the following statement is equivalent:
(1) $M$ is finitely generated.
(2) $M$ has finite length.
(3) $M$ is Noetherian and Artinian.
With definition, a finite length module $M$ is a module which isomorphic with a direct sum of finite simple submodules, it's easy to prove (2) to (1) and (3) to (2). Is there any proof for the other?
modules
$endgroup$
add a comment |
$begingroup$
'm new in module theory and try to prove this theorem:
If $M$ is semisimple, the following statement is equivalent:
(1) $M$ is finitely generated.
(2) $M$ has finite length.
(3) $M$ is Noetherian and Artinian.
With definition, a finite length module $M$ is a module which isomorphic with a direct sum of finite simple submodules, it's easy to prove (2) to (1) and (3) to (2). Is there any proof for the other?
modules
$endgroup$
add a comment |
$begingroup$
'm new in module theory and try to prove this theorem:
If $M$ is semisimple, the following statement is equivalent:
(1) $M$ is finitely generated.
(2) $M$ has finite length.
(3) $M$ is Noetherian and Artinian.
With definition, a finite length module $M$ is a module which isomorphic with a direct sum of finite simple submodules, it's easy to prove (2) to (1) and (3) to (2). Is there any proof for the other?
modules
$endgroup$
'm new in module theory and try to prove this theorem:
If $M$ is semisimple, the following statement is equivalent:
(1) $M$ is finitely generated.
(2) $M$ has finite length.
(3) $M$ is Noetherian and Artinian.
With definition, a finite length module $M$ is a module which isomorphic with a direct sum of finite simple submodules, it's easy to prove (2) to (1) and (3) to (2). Is there any proof for the other?
modules
modules
edited Mar 12 at 11:00
Bernard
123k741116
123k741116
asked Mar 12 at 10:25
HoàngHoàng
385
385
add a comment |
add a comment |
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