Key research themes
1. How do language and action share hierarchical and syntactic organizational principles in cognitive processing and development?
This research area investigates the parallels between language and action, focusing on shared organizational structures such as semantics and syntax. It examines whether the cognitive and neural mechanisms processing hierarchical and recursive aspects of language syntax similarly apply to action sequences, with special attention to developmental trajectories and neurophysiological evidence. Understanding this relationship informs models of human social cognition and the embodied nature of cognitive processing.
2. What epistemological and process-oriented frameworks best characterize intentional action and agency?
Research in this theme explores the nature of intentional action beyond mere bodily movements or isolated acts of will, proposing nuanced frameworks that capture the knowledge, processes, and improvisational dynamics constituting agency. It investigates how agents’ intentional actions emerge via practical knowledge, situated responses, and the recursive relation between intention and action performance, addressing long-standing philosophical debates in action theory. These approaches integrate epistemological clarity and dynamic process ontology to advance understanding of how actions are enacted and how agents are constituted.
3. How does the principle of action and reaction apply across physical, social, and cognitive domains, and what are its implications for system dynamics and interaction?
This multidisciplinary research theme examines the foundational principle that every action elicits an equal and opposite reaction, exploring its formalization in classical mechanics as well as its broader applications in social interactions, cognitive systems, and complex networks. Studies interrogate the ontological status of forces and actions in physics, the role of action-reaction cycles in social accountability and discourse, and the quantification of relational dynamics across diverse systems. This synthesis enhances understanding of feedback, causality, and reciprocity as universal systemic principles.