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所谓神童,最通常的解释是孩子在年龄尚小的时候就在求知欲和接受能力方面显示出很高的水平。尽管这方面的许多原因至今还弄不清楚,但人们越来越明确地懂得了如何使儿童的超常智能正确地得到发展,为什么一些领域对他们来说更容易使自己的聪明才智得到发挥。比如说在音乐、数学和象棋等方面,超常儿童占了大多数。可以肯定,随着现代科学的发展,计算机科学方面会在将来出现更多的神童,而且在大多数情况下,超常儿童只是在某一个方面成绩显著,这方面的特殊才能往往大大超过其他方面。比如说十一岁的杰里来·卡恩在数学竞赛中获得过780分的高
The most common explanation for the so-called prodigy is that children show a high level of curiosity and receptivity when they are young. Although many of the reasons for this are still unclear, there is a growing clear understanding of how children’s extraordinary intelligence can be properly developed and why some areas make it easier for them to bring their own intelligence into play. For example, in the music, math and chess and other aspects, extraordinary children accounted for the majority. To be sure, with the development of modern science, there will be more prodigies in computer science in the future, and in most cases, extraordinary children will only accomplish well in one aspect, and their extraordinary talents will often outperform others. For example, eleven-year-old Jerry to Kahn in the mathematics competition won 780 points high