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Published in To appear in _Proceedings of the American Mathematical Society_, 2023
Published in _Archive of Mathematical Logic_, 2024
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Unlike compactness, the Lindelöf property need not be preserved under products. The analogous properties at bigger cardinals leads one to large cardinal notions. We extend the classical Sorgenfrey plane construction to larger spaces, provided some cardinal arithmetic assumptions hold. This allows us to remove a hypothesis from a result of Buhagiar and Džamonja.
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Given a tree $T$ , we can view a branch through $T$ as a subtree which is $1$-branching, i.e. each point on the branch has exactly one immediate successor on the branch. This point of view allows us to generalize the tree property by asking whether a tree can have tall subtrees with small branching number. In particular, we can ask whether an Aronszajn tree can have finitely branching subtrees of height $\aleph_1$. This leads to a class of trees which lies between those of Suslin and Aronszajn trees. In addition, such trees can be characterized as those having the Lindelöf property with respect to a reasonably nice topology.
Ayudante Alumno
2016-2018
Teaching assistant while a PhD student
2018-2024