Towards a Model of Dissociation
As a scientist, I have always been focused on creating accessible scientific models of biologically-based phenomena. Not so much that these models drive scientific research, but rather that they integrate current research with informal learning so that people (be it other scientists or students or the general public) can gain an appreciation for the phenomena. Among the work I have done is translated real-time human heartbeats into music through a national museum exhibit, modeled diffusion-limited growth and studied the dynamics in morphology of cancer models, and modeled the spread of multiple random walkers and dynamics of population spread to create fascinating visual structures.
There are several "models" of dissociation that mainly use words. I'm not really interested in them. I have developed a simple model of dissociation phenomena with which visitors can manipulate and interact to gain a hands-on appreciation for the mechanisms of internal interactions.
Stay tuned to see this model in action in the coming months!
