Increasing Efficiency of the Chain of Contagion Task
Lars OM Rothkegel, Jakob Fink-Lamotte

TL;DR
This paper proposes reducing the number of repetitions in the Chain of Contagion Task from 12 to 8, maintaining measurement accuracy while increasing efficiency in assessing contagious beliefs.
Contribution
It introduces an optimized protocol for the CCT by demonstrating that 8 repetitions suffice, improving efficiency without losing significant information.
Findings
Using 8 pens captures most variance in contagious beliefs.
No significant additional information gained after the 10th pen.
Recommends reducing repetitions from 12 to 8 for efficiency.
Abstract
The chain of contagion task (CCT) is a pychological test to measure the amount of contagious beliefs in individuals. Contagious beliefs thereby refer to the perception that certain objects, people, or substances can transmit contamination through mere contact or proximity (Rozin et al., 1986). In the CCT, a neutral object (usually a pen) is rubbed against an inherently disgusting object (e.g. a toilet paper with feces) and participants are asked how contaminated this pen is on a scale from 0 (not at all) to 100 (very contaminated). Afterwards, this pen is rubbed against another pen, and again, the experienced degree of contamination is assessed. This is repeated 12 times. The CCT has first been experimentally investigated by Tolin et al. (2004) in an in vivo procedure with real disgusting objects. The authors could show that contagious beliefs measured with the CCT show a strong bias…
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Taxonomy
TopicsEngineering Diagnostics and Reliability · Advanced Data Processing Techniques · Artificial Intelligence in Education
