Is there a sub Lie algebra $K$ such that for an ideal $M$ of a heisenberg algebra $H$, $H=K+M$ and $K\cap M=0$ ($M$ has a complement in $H$)?
Is there a class of Lie algebras such every ideal $M$ has a complement?
Yours,
Is there a sub Lie algebra $K$ such that for an ideal $M$ of a heisenberg algebra $H$, $H=K+M$ and $K\cap M=0$ ($M$ has a complement in $H$)?
Is there a class of Lie algebras such every ideal $M$ has a complement?
Yours,
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