Classification Of Clifford Algebras
In abstract algebra, in particular in the theory of nondegenerate quadratic forms on vector spaces, the structures of finite-dimensional real and complex Clifford algebras have been completely classified. In each case, the Clifford algebra is algebra isomorphic to a full matrix ring over R, C, or H (the quaternions), or to a direct sum of two such algebras, though not in a canonical way. Below it is shown that distinct Clifford algebras may be algebra isomorphic, as is the case of Cℓ2,0(R) and Cℓ1,1(R) which are both isomorphic to the ring of two-by-two matrices over the real numbers.
Read more about Classification Of Clifford Algebras: Notation and Conventions, Bott Periodicity, Complex Case, Real Case
Famous quotes containing the word clifford:
“We know all their gods; they ignore ours. What they call our sins are our gods, and what they call their gods, we name otherwise.”
—Natalie Clifford Barney (18761972)