It is well-known that there are two different ways to generalize the theory of convergence of sequences to arbitrary topological spaces: nets and filters. They are of course essentially equivalent, but each has its own minor advantages for pedagogy and intuition. Seemingly less well-known is th...
References for F-convergence (filters, ultrafilters)
Jan 24 '15 at 18:58, 18 hours 8 minutes total – 66 messages, 2 users, 1 star
Bookmarked May 24 '15 at 10:02 by Martin Sleziak
I hope that we both have in mind the same notion of convergence of a sequence along an ultrafilter on $\mathbb N$. I know that you asked for a reference. Instead of giving a reference, I have copied a part of my LaTeXed notes I made for myself sometimes ago instead. In these notes I work with fu...
I hope that we both have in mind the same notion of convergence of a sequence along an ultrafilter on $\mathbb N$. I know that you asked for a reference. Instead of giving a reference, I have copied a part of my LaTeXed notes I made for myself sometimes ago instead. In these notes I work with fu...
Per the OP's request from this comment I am posting some stuff about references I am aware of. Those references are mentioned in my (unfinished) notes on this topic and also in this answer and this conversation in chat. The purpose of reposting them here is that the linked resources have somewhat...
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