In the mood: the dynamics of collective sentiments on Twitter

Author:

Charlton Nathaniel12,Singleton Colin12,Greetham Danica Vukadinović2

Affiliation:

1. CountingLab Ltd, Reading, UK

2. Centre for the Mathematics of Human Behaviour, Department of Mathematics and Statistics, University of Reading, Reading, UK

Abstract

We study the relationship between the sentiment levels of Twitter users and the evolving network structure that the users created by @-mentioning each other. We use a large dataset of tweets to which we apply three sentiment scoring algorithms, including the open source S enti S trength program. Specifically we make three contributions. Firstly, we find that people who have potentially the largest communication reach (according to a dynamic centrality measure) use sentiment differently than the average user: for example, they use positive sentiment more often and negative sentiment less often. Secondly, we find that when we follow structurally stable Twitter communities over a period of months, their sentiment levels are also stable, and sudden changes in community sentiment from one day to the next can in most cases be traced to external events affecting the community. Thirdly, based on our findings, we create and calibrate a simple agent-based model that is capable of reproducing measures of emotive response comparable with those obtained from our empirical dataset.

Funder

Centre for Defence Entreprise

Publisher

The Royal Society

Subject

Multidisciplinary

Reference21 articles.

1. Aronfreed J. 1970 The socialization of altruistic and sympathetic behavior: some theoretical and experimental analyses. In Altruism and helping behavior (ed. JML Berkowitz) pp. 103–126. New York NY: Academic Press.

2. Hatfield E Cacioppo J Rapson R. 1992 Primitive emotional contagion. In Review of personality and social psychology (ed. MS Clark). Newbury Park CA: Sage.

3. An agent-based model of collective emotions in online communities

4. Co-Evolutionary Mechanisms of Emotional Bursts in Online Social Dynamics and Networks

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