今年2月12日,全国首届青少年物理、化学大奖赛颁奖大会在北京大学世纪大讲堂隆重举行。当主持人宣布年龄最小的山西选手孙天昌荣获三等奖时,引起全场轰动,小天昌即刻成为引人注目的人物。中国科学院院士、著名科学家何祚庥亲切接见了他,各新闻媒体争相作了宣传报道。刚刚九岁的孙天昌就取得了如此骄人的成绩,引起了社会的广泛关注。小天昌成长的经历给了我们很多有益的启示: 启示一:科学的早期教育能有效地促进幼儿的超常发展。小天昌的母亲崔老师说,小天昌和别的孩子相比并不特殊,只是因为从0岁开始他就接受了科学的早期教育,才得以健康、全面地发展。同样,在小天昌学习的宏昌早慧班里,由于进行了科学的早期教育,近六年来培养了一大批超常发展的早慧幼儿。 February 12 this year, the first national youth chemistry, chemistry Grand Prix awards conference held at Peking University Century Auditorium. When the host announced that the youngest Shanxi player Sun Tianchang won the third prize, causing a sensation audience, Xiao Tianchang immediately become a striking figure. Chinese Academy of Sciences, a famous scientist He 祚 庥 cordially met him, the news media competing for publicity coverage. Sun Tianchang, just nine years old, has achieved such impressive results, arousing widespread public concern. Xiao Tianchang’s experience of growth has given us a lot of useful inspiration: Revelation A: Science early education can effectively promote the extraordinary development of young children. Xiao Tianchang’s mother, Cui, said that Xiao Tianchang is not unique compared with other children, only because he has received scientific early education since the age of 0 and has been able to develop healthily and comprehensively. Similarly, in Hongchang Zaohui Class, which was learned in Xiaotianchang, a large number of ultra-developed early childhood children were trained in the early six years due to the scientific early education.