2024 Impact factor 1.5
Atomic, Molecular, Optical and Plasma Physics

EPJ Data Science Highlight - Are your friends happier than you?

Photo from Pixabay, CC0 public domain.
Photo from Pixabay, CC0 public domain.

In an era of fleeting but constant contact with extended online communities, it is common to find yourself wondering: are your friends happier/more popular than you? To put these feelings to the test, scientists have sifted through the timelines of thousands of Twitter users, to understand the ways in which social networks affect how we feel and relate to one another.

Guest post by Johan Bollen

Social media platforms have garnered billions of users, possibly because they satisfy a strong human need for feeling connected. However, do they actually contribute to our social happiness?

In EPJ Data Science we attempt to shed some light on this issue from the perspective of network science. We are asking whether the well-known friendship paradox in social networks (i.e. your friends are likely to be more popular than you on average) translates into a happiness paradox (i.e. are your friends likely to be more happy than you on average)?

The friendship paradox is the result of skewed distributions of network connections: a few individuals have very many connections, so they are also more likely to be your friend, inflating the average popularity of your friends. As a result, many if not most people in a social network may get the impression their friends are more popular. However, does popularity actually imply happiness? And if it does, would we also observe a happiness paradox in social networks?

Continue reading here.

Editors-in-Chief
A. Beige, H. Kersten and P. Limão-Vieira
I'm specially delighted in the high quality work of the referees in revising my article which gave me a good impression about the journal and its quality. I will most certainly consider this journal as one of the major options when I need to publish the results of my research.

Sanna Lehti

ISSN (Print Edition): 1434-6060
ISSN (Electronic Edition): 1434-6079

© EDP Sciences, Società Italiana di Fisica and Springer-Verlag