Abstract
This article contributes to the studies of sound symbolism, systematic relationships between sounds and meanings. Specifically, we build on a series of studies conducted within a research paradigm called “Pokémonastics,” which uses the Pokémon universe to explore sound symbolic patterns. Inspired by a study of existing English Pokémon names, two experiments were conducted in which English speakers were provided with pairs of pre-evolution and post-evolution Pokémon characters, the latter of which were larger. The participants were given two name choices whose members were systematically different in some phonological properties. The results show the following sound symbolic patterns to be productive: (1) names with higher segment counts are more likely to be associated with post-evolution characters than names with lower segment counts, (2) names containing [a] are more likely to be associated with post-evolution characters than names containing [i], (3) names containing [u] are more likely to be associated with post-evolution characters than names containing [i], and (4) names containing coronal consonants are more likely to be associated with post-evolution characters than names containing labial consonants. Overall, the current results suggest that phonological considerations come into play when English speakers name new fictional creatures. Implications of the current results for the theories of sound symbolism are discussed throughout the paper.
Funding source: Japan Society for the Promotion of Science
Award Identifier / Grant number: #17K13448
Acknowledgments
We are grateful to two anonymous reviewers for their challenging yet constructive comments. We are also grateful to Donna Erickson for comments on previous versions of this paper. The experimental data, as well as the R-syntax files used to create result figures and execute statistical analyses, are available as supplementary material. This research is supported by the JSPS grant #17K13448 (PI: Shigeto Kawahara). All remaining errors are ours. Experiments that follow up the current research are reported in Kawahara and Breiss (2021).
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