Psychedelic Shifts in Attachment Theory
September 24, 2024; 12:00 Noon Eastern
Join us for an hour on the exciting possibility of shifts in attachment relationships in psychedelic therapy with Kelly Sykes, PhD, whose work is heavily influenced by psychoanalysis and attachment theory, and Fluence Co-founder Elizabeth Nielson, PhD.
They will explore the transformative potential of psychedelics in the context of attachment theory. This webinar is designed for mental health professionals, researchers, and anyone interested in the intersection of psychological attachment and psychedelic treatment.
Our program kicks off with a 40-minute discussion on the following key topics:
Attachment Theory and Reorganization: Understand the concept of reorganization within attachment relationships, where a person can shift from insecure to secure attachment styles and vice versa under changing conditions. Discuss the latest research supporting the dynamic nature of attachment reorganization and its implications for therapeutic practices.
Memory Systems and Attachment Relationships: Examine how attachment relationships are organized within the memory systems, with a focus on autobiographical memory. Investigate the impact of psychedelics on memory systems, drawing from current psychedelic research. Determine whether focusing on a specific psychedelic can enhance our understanding of these effects.
Pre/Post Psychedelic Treatment Dynamics: Learn how to assess and interpret changes in a person’s attachment relationships before and after psychedelic treatment. Integrate insights from attachment theory and psychedelic research to develop a comprehensive understanding of therapeutic outcomes.
Following the discussion, we will open to Q&A on Zoom, providing you with the unique opportunity to ask questions on bridging the gap between these two fascinating fields. Attendees will gain valuable insights into how psychedelics may influence attachment styles and memory organization, ultimately contributing to more effective therapeutic interventions.