Sophie Aimon

I am fascinated by how global brain states emerge from complex neural circuits to shape an organism's ability to make decisions and interact with conspecifics. By integrating advanced imaging techniques—including calcium and voltage imaging in virtual reality environments—with time-series analysis, I strive to uncover the principles governing the internal lives of animals and the neural computations that underlie collective behavior. This work not only enhances our understanding of neural computation but also bridges the gap between individual neural activity, behavioral outcomes, and group dynamics.

I am particularly interested in how disruptions to agency—our capacity to influence and respond to our environment and conspecifics—may contribute to experiences of suffering across species. My ultimate goal is to build a framework that connects neural dynamics, behavior, and well-being, offering insights into both adaptive and maladaptive brain states.