
TL;DR
This paper extends the topological central point theorem and Tverberg theorem to maps from a simplex into finite-dimensional metric spaces, broadening their applicability in topological combinatorics.
Contribution
It provides a generalized version of the topological central point theorem and Tverberg theorem for finite-dimensional metric spaces.
Findings
Established a generalized topological central point theorem.
Extended Tverberg theorem to new classes of spaces.
Demonstrated applications in topological combinatorics.
Abstract
In this paper a generalized topological central point theorem is proved for maps of a simplex to finite-dimensional metric spaces. Similar generalizations of the Tverberg theorem are considered.
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