partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A...

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Transcript of partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A...

Page 1: partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A C* -subalgebra B of A is said to be hereditary if 0 < a < b B and a A implies a e
Page 2: partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A C* -subalgebra B of A is said to be hereditary if 0 < a < b B and a A implies a e
Page 3: partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A C* -subalgebra B of A is said to be hereditary if 0 < a < b B and a A implies a e
Page 4: partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A C* -subalgebra B of A is said to be hereditary if 0 < a < b B and a A implies a e
Page 5: partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A C* -subalgebra B of A is said to be hereditary if 0 < a < b B and a A implies a e
Page 6: partial isometry v in A such that v* v = p and vv* that p is equivalent to a subprojection of q. A C* -subalgebra B of A is said to be hereditary if 0 < a < b B and a A implies a e