The study found key brain structure sisytissues associated with will quality.

Will is the psychological tendency of individuals to determine the purpose consciously and try to adjust and control their own actions to overcome the predetermined goal to achieve the predetermined goal is an important psychological factor in the process of decision-making psychological activitiesThe stable characteristics of a certain tendency shown in this action are called the quality of willIt is the main dimension of measuring the ability and level of will, and it is also the key factor for individuals to cope with stress, achieve goals and achieve achievementHowever, due to the difficulty of the empirical study of will quality, the modern psychological system weakens the corresponding study of will quality and the exploration of the neural mechanism of the brain has not yet been seenWinter ice and snow athletes need to master the equipment to overcome the resistance, speed, high difficulty of multiple technical difficulties is a typical group of excellent will qualityRecently, Zhang Xiangyang Research Group, a key laboratory of mental health of the Chinese Academy of Sciences, wei Gaoxia, a research target for the national team's short-track speed skaters, carried out research to explore the key cerebral cortex structures associated with the quality of willThis is another innovative study on the theme of will quality, which promotes cognitive function and emotional development of motor behavior, provides a new scientific basis for brain scienceThe study recruited athletes from China's national short track speed skating team who had average professional training durations older than those who participated in the next Winter Olympics as expert group-named, age-matching health subjects as control groups for magnetic resonance scans and will quality behavior tests for all subjectsBehavioral studies found that the group of experts was better than the control group in terms of overall will quality score and self-consciousness, independence, decisiveness and tenacityAnalysis of large-scale brain structure showed that the cortist thickness of the left wedge front leaf, the left upper lobe and the upper right upper lobe was larger than in the control group (figure)In addition, the independence score of will quality is related to the thickness of the small leaf cortex under the top of the left (figure)The study found that the pre-wedge lobes, the upper lobes and the prefrontal cortex were all associated with self-information processingIn addition, the above brain region is part of the default network in the goal-oriented inner psychology and spontaneous internal psychology play an important roleThe study suggests that autonomy in the exercise environment may be able to build the quality of will by reshaping parts of the brain structure in the default networkThis study provides meaningful reference and inspiration for exploring the neural mechanisms of will quality, as well as new ideas for will-related clinical studies)