How Does Embodying a Transgender Narrative Influence Social Bias? An Explorative Study in an Artistic Context

Abstract

Virtual reality (VR) protocols inducing illusory embodiment of avatars have shown a positive impact on participants' perception of outgroup members, in line with the idea that the simulation of another's sensorimotor states might underlie prosocial behavior. These studies, however, have been mostly confined to laboratory settings with student populations and the use of artificial avatars. In an interdisciplinary effort benefiting from the heterogeneous sample within a museum, we aimed at quantifying changes in interpersonal perception induced by embodying a transgender man narrating his life. We compared an artistic methodology mixing VR and elaborate sensorimotor stimulation to a more conventional primarily audiovisual VR experience. We tested how these affect embodiment and the perception of transgender men as measured by a brief implicit association test and a questionnaire. Neither significant difference in embodiment nor changes in implicit or explicit bias was found, the latter potentially due to the initially low bias in the group. We further assessed participants' illusory embodiment as a function of age, finding a negative correlation between these. The results are discussed with respect to current theories of embodiment, differences between laboratory and real-life settings, and the intersection of art and science.

Different armpits under my new nose: olfactory sex but not gender affects implicit measures of embodiment

“…Additional visual monitoring on a computer further facilitated this synchronization for the experimenter. This protocol is based on a method developed by BeAnotherLab and widely used in diverse settings (BeAnotherLab, 2020; Bertrand et al, 2014; Sutherland, 2015) including several scientific studies (Bertrand, 2021; Roel Lesur, Lyn, et al, 2020; Roel Lesur, Aicher, et al, 2020). The questionnaires were displayed on the HMD and answered by looking at a fixed position on the HMD with a pointer for a period of 1 s.…”