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for all ''a'', ''b'' in '''C''' and all ''x'', ''y'' in ''V''. The [[composition (mathematics)|composition]] of two antilinear maps is complex-linear.
for all ''a'', ''b'' in '''C''' and all ''x'', ''y'' in ''V''. The [[composition (mathematics)|composition]] of two antilinear maps is complex-linear.


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 the [[linear map]] <math>\bar f:V\to\bar W</math> to the [[complex conjugate vector space]] <math>\bar W</math>.


== See also ==
== See also ==

Revision as of 01:02, 15 May 2008

In mathematics, a mapping f : VW 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 the linear map to the complex conjugate vector space .

See also