Related Experiment Videos
Man's emotional capacity--an unexplored and unexploited possibility
1Department of Psychiatry and Neurochemistry, University of Göteborg, Mölndal Hospital, Sweden.
Medical Hypotheses
|November 1, 1994
Summary
Human emotional capacity has not evolved like intellectual capacity, remaining primitive. This uneven mental development, with emotions governing behavior, poses risks to species survival.
Area of Science:
- Psychology
- Evolutionary Psychology
- Neuroscience
Background:
- Human mental functions exhibit uneven development, with intellectual capacity advancing significantly while emotional capacity lags.
- The human psyche comprises both intellectual and emotional capacities, which are partially independent.
- Emotional capacity is shaped by genetic predispositions (emotional genotype) and environmental influences (emotional phenotype).
Purpose of the Study:
- To examine the divergent evolution of human intellectual and emotional capacities.
- To propose a framework for studying emotional capacity analogous to intellectual capacity research.
- To investigate the implications of uneven mental development on human behavior and survival.
Main Methods:
- Comparative analysis of intellectual and emotional capacity development.
- Conceptual framework for studying emotional capacity (genotype and phenotype).
- Behavioral and evolutionary psychology perspectives.
Main Results:
- Emotional capacity in modern humans remains rudimentary, comparable to Stone Age populations.
- Intellectual capacity has undergone substantial and rapid development.
- A significant disparity exists between the evolutionary trajectories of emotional and intellectual functions.
Conclusions:
- The uneven development of mental functions, particularly the primitive state of emotional capacity relative to advanced intellect, presents potential threats to human species survival.
- Emotional capacity significantly influences human behavior, while intellect serves goal attainment.
- Further research into emotional capacity is crucial for understanding and mitigating evolutionary risks.