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Traditional Sexual Script And Double Standard Adherence: Predictors Of Heterosexually Identified Women’S And Men’S Previous Engagement In Consensual Non-Monogamy, Nina Dours, Amy Moors, Amanda N. Gesselman, Justin R. Garcia
Traditional Sexual Script And Double Standard Adherence: Predictors Of Heterosexually Identified Women’S And Men’S Previous Engagement In Consensual Non-Monogamy, Nina Dours, Amy Moors, Amanda N. Gesselman, Justin R. Garcia
Student Scholar Symposium Abstracts and Posters
With respect to consensually non-monogamous (CNM) relationships (e.g., open relationships, polyamory), a consistent gender difference emerges: heterosexual men report greater desire and engagement in CNM than heterosexual women (Haupert et al., 2017; Moors et al., 2015). This gender difference raises the question: Why do women and men differ in their CNM behaviors? In the present study, we suggest that this may be due to women’s stronger adherence to the traditional sexual script, which is rooted in gendered dating norms, punishes women who engage in non-committed sexual behaviors, and glorifies monogamy (Fritz & Kitzinger, 2001). We examined how heterosexual men’s and …
Romantic Resilience: Fractal Conflict Dynamics And Dating Satisfaction, Melanie Reilly, David Pincus
Romantic Resilience: Fractal Conflict Dynamics And Dating Satisfaction, Melanie Reilly, David Pincus
Student Scholar Symposium Abstracts and Posters
Existing research demonstrates that numerous psychosocial dynamics display fractal properties. Fractal structures are characterized by branch-like patterns that are self-similar and consist of exponentially more small events compared to large events. Examples include: shifts in physiological arousal; shifts in self-esteem; patterns of traits within personality; and recurrences in behavioral flows and small group interaction dynamics. Furthermore, across various psychological (and other natural science domains), these fractal patterns have been shown to provide resilience to complex adaptive systems by allowing for flexibility in response to changing adaptive pressures. Specifically, fractal dynamics allow systems to adjust on both a large or small …