We present a general method for constructing operators without non-trivial invariant closed subsets on a large class of non-reflexive Banach spaces. In particular, our approach unifies and generalizes several constructions due to Read of operators without non-trivial invariant subspaces on the spaces l(1), c(0) or circle plus(l2) J, and without non-trivial invariant subsets on l(1). We also investigate how far our methods can be extended to the Hilbertian setting, and construct an operator on a quasi-reflexive dual Banach space which has no non-trivial w*-closed invariant subspace
Let H be an infinite dimensional separable complex Hilbert space, then (H) denotes the Banach algebr...
It is proved that every infinite-dimensional non-archimedean Banach space of countable type admits ...
We simplify the negative solution to the invariant subspace problem for Banach spaces. Developing th...
We present a general method for constructing operators without non-trivial invariant closed subsets ...
Using Read\u27s construction of operators without nontrivial invariant subspaces/subsets on l 1 or ...
The invariant subspace problem is an important yet partially resolved problem in the field of functi...
In this paper, the invariant Subspace Problem is studied for the class of non-Archimedean compact op...
AbstractWe construct continuous linear operators without non-trivial invariant subspaces on several ...
AbstractLet T be a polynomially bounded operator on a Banach space X whose spectrum contains the uni...
We simplify the negative solution to the invariant subspace problem for Banach spaces. Developing th...
We prove that every lattice homomorphism acting on a Banach space X with the lattice structure given...
It is proved that every infinite-dimensional non-archimedean Banach space of countable type admits ...
Let H be an infinite dimensional separable complex Hilbert space, then (H) denotes the Banach algebr...
AbstractThe new idea that is used in this article for producing non-trivial (closed) invariant subsp...
We simplify the negative solution to the invariant subspace problem for Banach spaces. Developing th...
Let H be an infinite dimensional separable complex Hilbert space, then (H) denotes the Banach algebr...
It is proved that every infinite-dimensional non-archimedean Banach space of countable type admits ...
We simplify the negative solution to the invariant subspace problem for Banach spaces. Developing th...
We present a general method for constructing operators without non-trivial invariant closed subsets ...
Using Read\u27s construction of operators without nontrivial invariant subspaces/subsets on l 1 or ...
The invariant subspace problem is an important yet partially resolved problem in the field of functi...
In this paper, the invariant Subspace Problem is studied for the class of non-Archimedean compact op...
AbstractWe construct continuous linear operators without non-trivial invariant subspaces on several ...
AbstractLet T be a polynomially bounded operator on a Banach space X whose spectrum contains the uni...
We simplify the negative solution to the invariant subspace problem for Banach spaces. Developing th...
We prove that every lattice homomorphism acting on a Banach space X with the lattice structure given...
It is proved that every infinite-dimensional non-archimedean Banach space of countable type admits ...
Let H be an infinite dimensional separable complex Hilbert space, then (H) denotes the Banach algebr...
AbstractThe new idea that is used in this article for producing non-trivial (closed) invariant subsp...
We simplify the negative solution to the invariant subspace problem for Banach spaces. Developing th...
Let H be an infinite dimensional separable complex Hilbert space, then (H) denotes the Banach algebr...
It is proved that every infinite-dimensional non-archimedean Banach space of countable type admits ...
We simplify the negative solution to the invariant subspace problem for Banach spaces. Developing th...