Hereditarily indecomposable, separable L_\infty spaces with \ell_1 dual having few operators, but not very few operators

Details Hereditarily indecomposable, separable L_\infty spaces with \ell_1 dual having few operators, but not very few operators Hereditarily indecomposable, separable L_\infty spaces with \ell_1 dual having few operators, but not very few operators

2010-11-22

arxiv.org/abs/1011.4776v1

Mathematics

Functional Analysis

Scientific paper

Given a natural number $k \geq 2$, we construct a hereditarily indecomposable, $\mathscr{L}_{\infty}$ space, $X_k$ with dual isomorphic to $\ell_1$. We exhibit a non-compact, strictly singular operator $S$ on $X_k$, with the property that $S^k = 0$ and $S^j (0 \leq j \leq k-1)$ is not a compact perturbation of any linear combination of $S^l, l \neq j$. Moreover, every bounded linear operator on this space has the form $\sum_{i=0}^{k-1} \lambda_i S^i +K$ where the $\lambda_i$ are scalars and $K$ is compact. In particular, this construction answers a question of Argyros and Haydon ("A hereditarily indecomposable space that solves the scalar-plus-compact problem").

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