Real-World Geopolitical Influences on In-Game Financial Behaviour

Authors

DOI:

https://doi.org/10.34190/ecgbl.18.1.2645

Keywords:

Polarisation, Game design, Pandemic, Trade, Perception, International affairs

Abstract

This paper explores how real-world geopolitics can influence financial decision-making in virtual environments. The study primarily focuses on trading dynamics in a pandemic simulation game. The players manage resources and trade with each other to save their population. We compared two groups: one playing with made-up country names (control) and another with real country names (test). The players were not permitted to communicate outside of the resources the game provides and were finally ranked based on the number of months survived and trade volume. Our findings reveal two distinct player archetypes, one focusing on maximising trade volume and a second focusing on resource conservation. Real country names compared to color-coded labels seem to delay the perception of competition and reduce overall trade volume, suggesting increased immersion and a more conservative approach towards resource management. Observations from gameplay footage reveal instances of potential bias, with players forming diplomatic ties based on national identities. The data collected suggests that real-world geopolitics can influence financial behaviour in virtual environments as hypothesised. It also explores virtual environments to study how political narratives and dynamics affect human decision-making. The findings offer practical insights for game developers regarding fostering player engagement, mitigating bias, and creating fair economies. While parallels with real-world resource trading and allocation during pandemics were noted, further analysis would be required to explore these connections.

Author Biographies

Raghav Dwivedi, glgraghav@gmail.com, International Institute of Information Technology - Hyderabad, Hyderabad, India

Raghav Dwivedi is currently a software engineer at Froogal.ai. He completed his undergraduate degree with honors in computer science at the International Institute of Information Technology, Hyderabad, last year. His professional interests include data science and software systems, while his research interests focus on human-computer interaction and game design.

Kavita Vemuri, kvemuri@iiit.ac.in, International Institute of Information Technology - Hyderabad, Hyderabad, India

Dr. Kavitha Vemuri, Ph.D., is an Assistant Professor at IIIT Hyderabad, specializing in Cognitive Science. Her research spans cognitive neuroscience, empathy in game design, and innovation in engineering. She explores fiber optic and liquid crystal devices for communication and sensors, contributing to studies at the intersection of cognition and technology.

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Published

2024-10-07