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引用次数: 0

摘要

持续的脑电图包含了认知和创造性任务以及听音乐时的思维策略信息。这是通过一种方法来证明的,该方法利用了这样一个事实,即局部电流产生的数量和大脑区域的电耦合程度都是由心理任务特征改变的。在志愿者群体中,计算不同心理任务引起的绝对权力和一致性的显著变化,并将其输入示意图脑图(脑电图概率图)。研究结果表明,即使在如上所述的特定心理活动中,也存在一般的大脑策略。此外,脑电图、心理测试成绩、特殊教育程度与智力之间存在一定的关系。根据智力和创造力测试分数进行极值验证的研究发现,在EEG的创造性任务中,表现最好的组和表现最差的组之间存在显著差异。因此,根据其信息量的不同,脑电图可以被看作是具有不同组织程度的确定性混沌。在这种情况下,问题出现在脑电图优化思维过程的可能功能。
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[The EEG and thinking].

The on-going EEG contains information on thinking strategies during cognitive and creative tasks and during listening to music. This was demonstrated by a method taking use of the fact that both the amount of local current production and the degree of electric coupling of brain regions is characteristically changed by mental tasks. In groups of volunteers the significant changes of absolute power and coherence caused by different mental tasks are computed and entered into schematic brain maps (EEG probability maps). The results indicate the existence of general brain strategies even in mental activities as specific as those referred to above. Moreover, several relationships between EEG, psychological test scores, degree of special education and intelligence were found. Studies with extreme value validation according to intelligence and creativity test scores yielded significant differences between the groups of the best and the poorest performers during a creative task in the EEG. The EEG thus can be conceived of as deterministic chaos with different degrees of organization according to its information content. In this context, the question arises as to a possible function of the EEG for the optimization of thinking processes.

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