Your English writing platform
Discover LudwigExact(9)
Let R ( i ) be the set of isomorphism classes of strongly regular modules of length i.
Now assume that (n > 1) and the result is true for all modules of length less than (n).
The regular Kronecker modules of length 2 different from R ∞ will be denoted by R λ with λ ∈ k.
In [5], it was shown that any ( ω + 1 ) -projective σ -module is a direct sum of countable modules of length atmost ( ω + 1 ).
We see that we obtain a parameterization of the set R ( 2 i ) of all strongly regular Kronecker modules of length 2i by the projective space P i.
The maximal submodules of Y are pairwise non-isomorphic and these are, up to isomorphism, all the strongly regular modules of length | Y | - 1.
Similar(51)
The Γ ( C ) -module Hom ( C, Y ) is the indecomposable projective module of length 3.
Conversely, assume that X is a strongly regular module of length | X | = d.
When dealing with a local uniserial ring, the indecomposable module of length n will be denoted just be n.
Every summable module M is a Σ-module and every totally projective module of length ω+1 is a direct sum of countably generated modules.
There is the following converse: Let Q = ( D Λ ) b. Then any module of length at most b is present in Λ [ → Q 〉. Let M be a module of length at most b, thus the socle soc M of M is a semisimple module of length at most b and therefore a submodule of Q = ( D Λ ) b. It follows that M itself can be embedded into Q.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com