Antilinear map: Difference between revisions
Appearance
Content deleted Content added
Small correction to last edit. See talk page |
mNo edit summary |
||
Line 7: | Line 7: | ||
An antilinear map <math>f:V\to W</math> may be equivalently described in terms of linear map <math>\bar f:V\to\bar W</math> to the [[complex conjugate vector space]] <math>\bar W</math>. |
An antilinear map <math>f:V\to W</math> may be equivalently described in terms of linear map <math>\bar f:V\to\bar W</math> to the [[complex conjugate vector space]] <math>\bar W</math>. |
||
''See also'': [[complex conjugate]], [[sesquilinear form]] |
|||
== See also == |
|||
*[[complex conjugate]] |
|||
*[[sesquilinear form]] |
|||
[[Category:Linear algebra]] |
[[Category:Linear algebra]] |
Revision as of 07:00, 19 February 2006
In mathematics, a mapping f : V → W from a complex vector space to another is said to be antilinear (or conjugate-linear or semilinear) if
for all a, b in C and all x, y in V. The composition of two antilinear maps is complex-linear.
An antilinear map may be equivalently described in terms of linear map to the complex conjugate vector space .