Linear Operators: Spectral operators |
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Page 1936
The unique countably additive resolution of the identity defined on the Borel sets
in the plane which is determined by a spectral operator T is called the resolution
of the identity for T . 10 THEOREM . Let I = E1 + . . . + En where E1 , . . . , En are ...
The unique countably additive resolution of the identity defined on the Borel sets
in the plane which is determined by a spectral operator T is called the resolution
of the identity for T . 10 THEOREM . Let I = E1 + . . . + En where E1 , . . . , En are ...
Page 2094
12 ) that if X is a weakly complete B - space , then any prespectral operator is
automatically spectral , and so has a unique resolution of the identity . Berkson
and Dowson [ 1 ] have considered prespectral operators in some detail and have
...
12 ) that if X is a weakly complete B - space , then any prespectral operator is
automatically spectral , and so has a unique resolution of the identity . Berkson
and Dowson [ 1 ] have considered prespectral operators in some detail and have
...
Page 2242
The projection valued measure E is said to be the resolution of the identity for T .
13 LEMMA . An unbounded spectral operator of scalar type in the sense of
Definition 12 is a spectral operator in the sense of Definition 1 . Moreover , the ...
The projection valued measure E is said to be the resolution of the identity for T .
13 LEMMA . An unbounded spectral operator of scalar type in the sense of
Definition 12 is a spectral operator in the sense of Definition 1 . Moreover , the ...
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algebra of projections analytic apply arbitrary assumed B-space Banach space Boolean algebra Borel sets boundary conditions bounded bounded Borel bounded operator Chapter clear closure commuting compact complete consider constant contained converges Corollary corresponding countably additive defined Definition denote dense determined differential operator domain elements equation equivalent established example exists extension fact finite follows formula given gives Hence Hilbert space hypothesis identity inequality integral invariant inverse Lemma limit linear linear operator manifold Math Moreover multiplicity norm normal positive preceding present problem projections PROOF properties prove range regular resolution resolvent respectively restriction Russian satisfies scalar type seen sequence shown shows spectral measure spectral operator spectrum strongly subset subspace sufficiently Suppose Theorem theory topology unbounded uniformly unique valued vector weakly zero