Linear Operators: Spectral Theory : Self Adjoint Operators in Hilbert Space, Volume 2 |
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Page 2125
Borel sets and if X , Y EH , then ( P ( 8 ) x , y ) = 2 ( P ( x ) x , y ) . ( iv ) The sets { P (
8 ) de D ( P ) } and { P ( 8 ) * 18 € D ( P ) } are total on H . It is proved that every g .
s . m . can be extended to a class Do ( P ) of Borel subsets of C which is ...
Borel sets and if X , Y EH , then ( P ( 8 ) x , y ) = 2 ( P ( x ) x , y ) . ( iv ) The sets { P (
8 ) de D ( P ) } and { P ( 8 ) * 18 € D ( P ) } are total on H . It is proved that every g .
s . m . can be extended to a class Do ( P ) of Borel subsets of C which is ...
Page 2202
4 that there is a spectral measure A in X * defined on the Borel sets in 1 and such
that 2T ( z * = f ( x ) = A ( 0A ) * , 2 e f , * * . ... It will now be shown that , because of
the completeness of B , the operator A ( e ) is , for every Borel set e , the adjoint ...
4 that there is a spectral measure A in X * defined on the Borel sets in 1 and such
that 2T ( z * = f ( x ) = A ( 0A ) * , 2 e f , * * . ... It will now be shown that , because of
the completeness of B , the operator A ( e ) is , for every Borel set e , the adjoint ...
Page 2233
Let T be a spectral operator with resolution of the identity E , and let f be a
function analytic in an open set U such that E ( U ) ... The operator f ( T ) of
Definition 8 is closed , linear , and independent of the particular sequence of
Borel sets used to ...
Let T be a spectral operator with resolution of the identity E , and let f be a
function analytic in an open set U such that E ( U ) ... The operator f ( T ) of
Definition 8 is closed , linear , and independent of the particular sequence of
Borel sets used to ...
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