Functional cerebral distance
Functional Cerebral Distance is a neuropsychological principle developed by Marcel Kinsbourne. It states that, "...separate control centers that are functionally close together (i.e., highly connected in functional cerebral space) will conflict if they are independently engaged in unrelated activity." In other words, when a person attempts to perform multiple tasks associated with functionally close brain structures, interference occurs and performance is affected.
The concept of functional cerebral distance is the basis for some research into hostility. According to the Direction Model, anger activates the left prefrontal cortex. Counting also activates similar functional cerebral space, creating competition between the two activities according to Kinsbourne. This is the basis behind "counting to 10" when one is feeling angry or frustrated.
Kinsbourne's work is also the basis for Capacity Theory, which postulates that diminished right frontal lobe capacity is the cause for overly hostile individuals. This is based on the knowledge that the right frontal lobe is responsible for regulating negative emotion. The capacity model suggests that it is harder for hostile individuals to maintain stable levels of cerebral activation after experiencing physiological and cognitive right frontal stressors.
- Kinsbourne, Marcel (1982). "Hemispheric specialization and the growth of human understanding". American Psychologist 37 (4): 411–420. doi:10.1037/0003-066X.37.4.411. PMID 7103239.
- Kinsbourne, Marcel; Hicks, R. E. (1978). "Functional cerebral space: a model for overflow, transfer, and interference effects in human performance". Attention and Performance 7: 45–362.
- Harmon-Jones, E.; Vaughn-Scott, K.; Mohr, S.; Sigelman, J.; & Harmon-Jones, C. (2004). The effect of manipulated sympathy and anger on left and right frontal cortical activity. Emotion, 4, 95–101.
- Holland, Alissa; Carmona, J. E.; Harrison, D. W. (2012). "An extension of the functional cerebral systems approach to hostility: A capacity model utilizing a dual concurrent task paradigm". Journal of Clinical and Experimental Neuropsychology 34 (1): 92–106. doi:10.1080/13803395.2011.623119. PMID 22091622.