By Larry C. Grove

``Classical groups'', named so by means of Hermann Weyl, are teams of matrices or quotients of matrix teams by means of small general subgroups. therefore the tale starts, as Weyl advised, with ``Her All-embracing Majesty'', the overall linear team \$GL_n(V)\$ of all invertible linear adjustments of a vector house \$V\$ over a box \$F\$. All additional teams mentioned are both subgroups of \$GL_n(V)\$ or heavily comparable quotient teams. many of the classical teams include invertible linear alterations that appreciate a bilinear shape having a few geometric importance, e.g., a quadratic shape, a symplectic shape, and so forth. for that reason, the writer develops the necessary geometric notions, albeit from an algebraic perspective, because the finish effects may still practice to vector areas over more-or-less arbitrary fields, finite or countless. The classical teams have proved to be vital in a large choice of venues, starting from physics to geometry and much past. lately, they've got performed a popular position within the category of the finite easy teams. this article offers a unmarried resource for the fundamental proof concerning the classical teams and in addition contains the necessary geometrical historical past info from the 1st ideas. it's meant for graduate scholars who've accomplished commonplace classes in linear algebra and summary algebra. the writer, L. C. Grove, is a well known specialist who has released generally within the topic region.

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Extra info for Classical Groups and Geometric Algebra (Graduate Studies in Mathematics)

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