Spaceability and algebrability in -spaces
Tom 160 / 2020
Streszczenie
Let U be a connected domain of existence in a (\mathcal {DFC})-space and let \mathcal {E}(U) be the set of holomorphic functions on U whose domain of existence is U. We construct a \mathfrak {c}-dimensional subspace within \mathcal {E}(U) \cup \{0\} and we give sufficient conditions for \mathcal {E}(U) to be strongly algebrable. We also prove that \mathcal {E}(U) \cup \{0\} contains a closed algebra \mathcal {A} as well as a dense algebra \mathcal {B}, both containing an infinite algebraically independent set.