Sound, Motion, and the Brain: Movement Improvisation and Brain Activity Forming an Experimental Performance

Abstract

This paper presents the interdisciplinary practice-as-research project, which examines the effects of auditory perception on movement improvisation, and how this informs the creative process of an experimental performance. It hypothesis that there can be a measurable data-based relationship between heard sound(s), brain activity, and movement response(s). The central questions are how sound affects the brain during the creation of improvised movements and how these sounds influence the performers’ movement choices (actors and dancers). This research combines contemporary dance and physical theatre improvisation with cognitive neuroscience, exploring how responding to sound stimuli is expressed through embodiment and brain activity. Data will be gathered through individual movement improvisation from 10 performers based on recorded music and individual fMRI scanning while listening, imagining, and watching movement improvisation in specific tasks. The gathered data will be compared and correlated, forming data sets to develop an experimental performance.

Presenters

Ioannis Sidiropoulos
Student, Doctor of Philosophy - Victorian College of the Arts, The University of Melbourne, Australia

Details

Presentation Type

Paper Presentation in a Themed Session

Theme

Critical Cultural Studies

KEYWORDS

Interdisciplinarity, Research Methods, Future Directions, Improvisation, Performance, Cognitive Neuroscience, FMRI

Digital Media

This presenter hasn’t added media.
Request media and follow this presentation.