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| Both sides previous revision Previous revision Next revision | Previous revision Next revision Both sides next revision | ||
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linear_operator_algebra [2013/08/31 18:29] nikolaj |
linear_operator_algebra [2013/09/13 21:39] nikolaj |
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| ==== Discussion ==== | ==== Discussion ==== | ||
| Theorem: A linear operator $A:X\to X$ is bijective if it has an inverse in $L(X,X)$. | Theorem: A linear operator $A:X\to X$ is bijective if it has an inverse in $L(X,X)$. | ||
| - | ==== Context ==== | + | ==== Parents ==== |
| === Subset of === | === Subset of === | ||
| [[Unital associative algebra]] | [[Unital associative algebra]] | ||
| === Refinement of === | === Refinement of === | ||
| - | [[Linear operator space]] | + | [[Linear operator]] |
