The paradox of productivity during quarantine: an agent-based simulation

Area of Science:

• Psychology
• Behavioral Economics
• Computational Social Science

Background:

• Global economies faced challenges due to SARS-CoV-2 lockdowns and social restrictions.
• The
• water cooler effect
• suggests social interaction boosts productivity, yet remote work paradoxically increased output for some.
• Understanding the interplay between social interaction, mood, and productivity is crucial.

Purpose of the Study:

• To quantitatively investigate the paradox of increased productivity during remote work.
• To model the impact of social interaction changes on workplace productivity.
• To differentiate the effects of social distancing on introverts and extroverts.

Main Methods:

• Utilized experimental findings from social psychology on mood, social interaction, and productivity.
• Developed an agent-based model of a workplace with distinct introvert and extrovert agents.
• Agents differed in their propensity to initiate social interactions.

Main Results:

• The impact of reduced social interaction varied based on the proportion of introverts and extroverts.
• Social restriction measures negatively affected productivity in predominantly introvert groups.
• Productivity potentially improved in predominantly extrovert groups due to social distancing.

Conclusions:

• The paradox of productivity during quarantine can be explained by considering individual differences in social interaction needs.
• Social distancing measures have differential effects on extroverts and introverts.
• Agent-based modeling provides a framework for understanding these complex workplace dynamics.