A multidisciplinary understanding of polarization.

Area of Science:

• Social Psychology
• Political Science
• Philosophy of Science
• Complex Systems Science

Background:

• Multidisciplinary teams face challenges in terminology, methodology, and theoretical assumptions.
• Effective team dynamics and logistics are crucial for sustained productivity.

Purpose of the Study:

• To describe 10 years of collaborative research on polarization and collective problem-solving.
• To highlight the contributions of diverse disciplines and team processes.
• To present an integrative framework overcoming disciplinary differences.

Main Methods:

• Describing team composition, logistics, and dynamics.
• Analyzing disciplinary differences and developing disambiguated concepts.
• Employing complex systems perspectives for an integrative framework.

Main Results:

• Summarizing major findings from a decade of research on polarization and problem-solving.
• Presenting current research and future directions.
• Discussing lessons learned from a "three models" project.

Conclusions:

• An integrative theoretical and methodological framework, informed by complex systems science, can overcome disciplinary challenges.
• Effective multidisciplinary research requires addressing differences in terminology, analysis levels, and assumptions.
• Lessons learned offer guidance for future collaborative scientific endeavors.