Stereotypes and stereotyping: What's the brain got to do with it?

Influential social-psychological models suggest that perceivers frequently use information-processing strategies that result in the stereotype-based construal and treatment of other people. To elucidate in greater detail when, why, and how social encounters elicit stereotyping, researchers have begun to incorporate neuroscientific tools into their repertoire of investigative methods. The current article reviews these studies and considers their significance in light of existing theories of person perception, knowledge representation, and impression formation. Finally, using the concrete example of stereotyping, benefits and pitfalls of adopting a social neuroscience approach are discussed.     

Comparing the neural correlates of affective and cognitive theory of mind using fMRI: Involvement of the basal ganglia in affective theory of mind

Theory of Mind (ToM) is the ability to infer other people’s mental states like intentions or desires. ToM can be differentiated into affective (i.e., recognizing the feelings of another person) and cognitive (i.e., inferring the mental state of the counterpart) subcomponents. Recently, subcortical structures such as the basal ganglia (BG) have also been ascribed to the multifaceted concept ToM and most BG disorders have been reported to elicit ToM deficits. In order to assess both the correlates of affective and cognitive ToM as well as involvement of the basal ganglia, 30 healthy participants underwent event-related fMRI scanning, neuropsychological testing, and filled in questionnaires concerning different aspects of ToM and empathy. Directly contrasting affective (aff) as well as cognitive (cog) ToM to the control (phy) condition, activation was found in classical ToM regions, namely parts of the temporal lobe including the superior temporal sulcus, the supplementary motor area, and parietal structures in the right hemisphere. The contrast aff > phy yielded additional activation in the orbitofrontal cortex on the right and the cingulate cortex, the precentral and inferior frontal gyrus and the cerebellum on the left. The right BG were recruited in this contrast as well. The direct contrast aff > cog showed activation in the temporoparietal junction and the cingulate cortex on the right as well as in the left supplementary motor area. The reverse contrast cog > aff however did not yield any significant clusters. In summary, affective and cognitive ToM partly share neural correlates but can also be differentiated anatomically. Furthermore, the BG are involved in affective ToM and thus their contribution is discussed as possibly providing a motor component of simulation processes, particularly in affective ToM.     

On My Becoming a Psychoanalyst

I describe my experience of becoming a psychoanalyst in Germany between 1997 and 2002. The article combines my personal criticism of certain aspects of institutionalized psychoanalysis and some established procedures within psychoanalytic training, which underline the need for more evaluation and more transparency within the institutes and associations.