Bluesky: Network Topology, Polarization, and Algorithmic Curation
Dorian Quelle, Alexandre Bovet

TL;DR
Bluesky, a new decentralized social media platform, exhibits network properties similar to larger social networks and shows significant issues-based polarization, especially regarding the Israel-Palestine conflict, despite limited political polarization in shared news sources.
Contribution
This study provides the first comprehensive analysis of Bluesky's network structure, user behavior, and political polarization, highlighting its similarities to larger platforms and unique divergence in issues-based opinions.
Findings
Network exhibits heavy-tailed distributions, high clustering, short paths
Limited uptake of custom feeds despite many created
No evidence of political polarization in shared news sources
Abstract
Bluesky is a nascent Twitter-like and decentralized social media network with novel features and unprecedented data access. This paper provides a characterization of its interaction network, studying the political leaning, polarization, network structure, and algorithmic curation mechanisms of five million users. The dataset spans from the website's first release in February of 2023 to May of 2024. We investigate the replies, likes, reposts, and follows layers of the Bluesky network. We find that all networks are characterized by heavy-tailed distributions, high clustering, and short connection paths, similar to other larger social networks. BlueSky introduced feeds-algorithmic content recommenders created for and by users. We analyze all feeds and find that while a large number of custom feeds have been created, users' uptake of them appears to be limited. We analyze the hyperlinks…
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Taxonomy
TopicsNeural Networks and Reservoir Computing
