Dupes of Patriarchy: Feminist Strong Substantive Autonomy's Epistemological Weaknesses

Feminist strong substantive autonomy (FSSA), as presented by Natalie Stoljar and Anita Superson, pronounces judgment on the autonomy status of certain women living under oppression. These women act on deformed desires, Superson explains, and as deformed desires cannot be the agent's own, the women are heteronomous. Stoljar argues that some women's choices violate the Feminist Intuition; by acting on false and oppressive values, these women render themselves heteronomous. I argue against Stoljar and Superson on epistemological grounds. I present six different ways in which agents' choices can be related to deformed desires, with varying results for their autonomy statuses. I show that Stoljar and Superson are not able to distinguish properly among the differing autonomy statuses in these six cases, because doing so requires attention to agents' inner processes of decision‐making, as those processes are enacted in the agents' social and temporal contexts. Stoljar and Superson judge others' autonomy statuses based on abstract generalizations rather than via empirical attention to agents' actual decision‐making processes. Consequently, their judgments are not adequate to the lived self‐direction of real persons. Assessing others' autonomy status requires consideration of agents' inner choice‐making in sociotemporal context, which favors a procedural or weak substantive account of autonomy.     

Habituation in the rat fetus.

Rat fetuses exhibit motor and cardiac responses to chemosensory stimulation on Days 20 and 21 of gestation. The first experiment demonstrated that fetuses exhibit an increase in overall motor activity and decrease in heartrate in response to an initial intraoral infusion of a lemon solution. After a series of nine exposures, however, fetuses no longer exhibit motor or cardiac responses to lemon infusion, suggesting the existence of a habituation-like process. Responsiveness recovers spontaneously following a 3- to 9-min period without stimulation. In a second experiment, a dishabituation treatment was administered to distinguish habituation, which is a centrally mediated decrement in response, from effector fatigue, sensory adaptation, and other peripheral mechanisms that can result in reduced responsiveness. A single infusion of mint following a series of nine lemon exposures was effective in reinstating fetal motor responses to lemon on both Days 20 and 21, but reinstated cardiac responses only on Day 21. Rat fetuses habituate to repeated chemosensory stimulation, suggesting the utility of the habituation paradigm in measuring CNS development during the perinatal period.