A biopsychosocial perspective of cognitive conflict: Interacting dimensions and theoretical propositions

Cognitive conflict refers to situations in which incompatible representations, response tendencies, or interpretations are simultaneously activated, creating a state of disequilibrium that signals the need for regulatory processing. This review presents a Biopsychosocial perspective for understanding cognitive conflict, integrating evidence from biological, psychological, and social levels of analysis. Biologically, conflict monitoring involves key brain regions such as the anterior cingulate cortex (ACC) and prefrontal cortex, influenced by genetic factors regulating neurotransmitters like dopamine and serotonin. Psychologically, cognitive conflict arises when individuals encounter incompatible information, goals, or response demands and is shaped by cognitive appraisal, emotion regulation, personality, and value systems. Socially, interpersonal interactions, cultural norms, and identity processes profoundly influence conflict dynamics, with collectivist and individualist orientations affecting tolerance for internal contradiction and preferred resolution strategies. The review synthesizes findings from neuroscience, psychology, education, and cross-cultural studies, underscoring the dual nature (constructive and disruptive) of cognitive conflict by highlighting how moderate conflict can facilitate learning and adaptation, while excessive conflict may overload cognitive resources and impede functioning. We argue that the effects of cognitive conflict are nonlinear and context-dependent, emerging from interactions among biological sensitivity, psychological regulation, and social framing. Practical implications span educational design, mental health intervention, and organizational training, advocating for tailored approaches that consider individual, biological, and socio-cultural factors. The key gaps are identified, including the need for longitudinal, cross-cultural, and multilevel approaches, as well as the use of adaptive technologies to better simulate and understand cognitive conflict.