The digital traces of bubbles: feedback cycles between socio-economic signals in the Bitcoin economy
David Garcia, Claudio Juan Tessone, Pavlin Mavrodiev, Nicolas, Perony

TL;DR
This paper investigates how social interactions and digital traces contribute to Bitcoin price bubbles, identifying feedback loops driven by social media and user growth, and external shocks linked to information search spikes.
Contribution
It introduces a novel analysis of socio-economic signals from digital traces to understand Bitcoin bubbles, revealing feedback mechanisms and external influences.
Findings
Positive feedback loops from social media and user growth drive bubbles
External shocks in information search precede price drops
Digital traces can predict and explain cryptocurrency price dynamics
Abstract
What is the role of social interactions in the creation of price bubbles? Answering this question requires obtaining collective behavioural traces generated by the activity of a large number of actors. Digital currencies offer a unique possibility to measure socio-economic signals from such digital traces. Here, we focus on Bitcoin, the most popular cryptocurrency. Bitcoin has experienced periods of rapid increase in exchange rates (price) followed by sharp decline; we hypothesise that these fluctuations are largely driven by the interplay between different social phenomena. We thus quantify four socio-economic signals about Bitcoin from large data sets: price on on-line exchanges, volume of word-of-mouth communication in on-line social media, volume of information search, and user base growth. By using vector autoregression, we identify two positive feedback loops that lead to price…
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