Valeria Bizzari - ‘A multidisciplinary analysis of autism: predictive engagement and the living body’

<p>This episode of the BSP Podcast features Valeria Bizzari from the Clinic University of Heidelberg, Department of Psychiatry. The presentation is from our 2020 annual conference: ‘Engaged Phenomenology’ Online. Bizzari was one of three speakers (along with Prisca Bauer and Francesca Brencio) on the preconstituted panel “Engaging phenomenology in the neurosciences”. Bauer’s presentation can be found in episode #92, and Brencio’s presentation will be released next week. In this episode, Bizzari talks on ‘A multidisciplinary analysis of autism’.</p> <p> </p> <p>ABSTRACT: The aim of this paper is to offer a multidisciplinary account of autism, linking the role of the body and intercorporeality with recent findings in philosophy of neuroscience under the predictive brain hypothesis. Firstly, I will show some coherences between the predictive engagement hypothesis and the phenomenological approach (with a particular emphasis on the notions of motor intentionality and habit body). Within the three approaches to predictive model (predictive coding, predictive processing and predictive engagement), in fact, for predictive engagement, active inference is more action than inference; it’s an enactive adjustment, a loop that also navigates through the body and environment and forms a whole (Gallagher and Allan 2016: 9). This seems to be coherent with the phenomenological account, according to which cognition is dynamically incorporated and located in the environment. In fact, the living body seems to entertain a dialogical and enactive relationship with the surrounding context, as well as with neural circuits actively responding to external stimuli. Accordingly, in the second part I will analyze the HIPPEA (High, Inflexible Precision of Predictions Errors in Autism) theory on autism and I will show how, phenomenologically speaking, this theory argues for an impairment of the habit body. In this view, autism itself seems to be a complex disorder which needs an interdisciplinary analysis that considers it: (1) A neurobiol