Monoidal Pull-Push I: Cocartesian Fibrations and Categories of Spans
Angus Hadrian Rush

TL;DR
This paper develops a theory of cocartesian fibrations between Segal spaces and uses it to prove a theorem of Barwick, advancing the categorical understanding of spans and fibrations.
Contribution
It introduces a foundational framework for cocartesian fibrations between Segal spaces and applies it to prove a significant existing theorem in higher category theory.
Findings
Established a basic theory of cocartesian fibrations between Segal spaces
Provided a new proof of Barwick's theorem from 2014
Enhanced the categorical understanding of spans and fibrations
Abstract
We develop a basic theory of cocartesian fibrations between Segal spaces (in line with that of arxiv:2102.05190), and use it to provide a proof of a theorem of Barwick (the main result of arxiv:1404.0108). Note: This work was originally the author's master's thesis, submitted 21.09.2020.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Geometric and Algebraic Topology · Fuzzy and Soft Set Theory
