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历史沿革 1.2 向科学进军
2009-07-31 | 编辑:

(2)向科学进军

1956年,通过我国十二年科学技术发展远景规划的制定,数学研究所在保障数学各重要方向协调发展的同时,重点发展微分方程、概率统计等与国民经济和国防建设关系密切的分支。同时设立了泛函分析、数理逻辑等研究组,以加强相应理论学科的研究。1957年从法国归来的熊庆来先生负责建立了函数论研究组。同一时期,与力学和计算机研制有关的研究工作则独立出去,另行组建中国科学院力学研究所和计算技术研究所。在十二年科学技术发展远景规划的鼓舞下,数学所迈上了向科学进军的大道。

1956年,我国颁发首届国家自然科学奖。在全部3项一等奖中,数学所获得了2项,即华罗庚的"典型域上的多元复变数函数论"和吴文俊的"示性类与示嵌类的研究"。

这时期数学研究所的所址有了变迁,1957年临时迁往西苑旅社,1958年迁入中关村(现计算技术研究所北楼)。

1961年按学科建立了研究室,包括"四学科"(数论、代数、几何、拓扑),函数论,微分方程,泛函分析,数理逻辑,理论物理,概率统计,以及由力学、数学两所在钱学森、华罗庚、许国志倡导下从事新兴应用学科运筹学的室组合并而成的运筹学研究室。1962年由于国家任务的需要,新建了由关肇直、宋健领导的控制理论研究室。稍后又重设了力学研究室。各项研究工作迅速推进。1961-1965年,是数学所贯彻"出成果、出人才"的方针,相对稳定并酝酿突破的发展时期。

1966年"文革"开始后,研究工作陷入停顿。1972年周恩来总理关于加强基础理论研究的指示使数学研究工作又重新开展起来。1973年陈景润正式发表了他对哥德巴赫猜想的研究;1975年,杨乐、张广厚发表了关于值分布理论的研究。冯康等人于60年代初独立于西方创立的有限元计算方法,在国民经济和国防建设的许多部门获得了广泛的应用。这些代表性的工作向世人展示了数学研究所科研人员在极度艰难的条件下,坚持数学研究而取得的标志性成果。

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图1:毛泽东主席与华罗庚先生亲切握手。(1958年)

图2:1962年毛泽东主席、刘少奇主席等国家领导人与华罗庚先生在第二届全国人民代表大会第三次会议上。

图3:周恩来总理与华罗庚先生。(1958年)

图4:冯康等60年代初独立于西方创立的有限元计算方法在国民经济和国防建设的许多部门得到了广泛的应用。

图5:杨乐、张广厚及他们在《中国科学》发表的关于函数值分布理论的论文。

图6:陈景润及他在《中国科学》发表的关于哥德巴赫猜想研究的论文

图7:华罗庚先生在工人中讲解优选法。

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(2)Marching Towards Science

In 1956, the state formulated the 12-Year Program for the Development of Science and Technology. While ensuring a coordinated development of major aspects of mathematical research, the Institute of Mathematics prioritized the development of differential equations, probability and statistics, which were closely related to the national economy and national defence. It also set up the research groups on functional analysis and mathematical logic to intensify the theoretical study of relevant subjects. In 1957, Professor Xiong Qinglai, who returned from France, founded the research group of the theory of functions. In this period, the research work related to mechanics and computer development managed affairs on their own to build the Institute of Mechanics and the Institute of Computing Technology of the CAS. Encouraged by the 12-Year Program for the Development of Science and Technology, the institute started its march towards science.

In 1956, China granted the first National Natural Science Award. Of the three top prizes, the Institute of Mathematics won two.

The institute was temporarily moved to Xiyuan Hotel in 1957. In the next year, it was moved to Zhongguancun (the northern building of the Institute of Computing Technology).

In 1961, research divisions were set up according to subjects, including "four branches" (number theory, algebra, geometry, topology), function theory, differential equations, functional analysis, mathematical logic, theoretical physics, probability and statistics. The Division of Operations was formed with related groups in the Institute of Mechanics and the Institute of Mathematics proposed by Qian Xuesen, Hua Luogeng and Xu Guozhi. In 1962, responding to the needs of our country, the Division of Control Theory was established under the leadership of Guan Zhaozhi and Song Jian. Later, the Division of Mechanics was reestablished. The research work in various directions carried forward rapidly. From 1961 to 1965, following the policy of gaining both achievements and talents, the institute had a relatively stable developing period preparing for the future.

After the "cultural revolution" started in 1966, all research stopped. In 1972, Premier Zhou Enlai gave instruction on intensifying basic research, so mathematical research started again. In 1973, Chen Jingrun made public his result on the Goldbach conjecture. In 1975, Yang Le and Zhang Guanghou published their result on the value distribution theory. The finite element algorithm, founded by Feng Kang et al. in the early 1960s independently of the West, was applied widely in many branches of the national economy and national defence. These were the symbolic achievements of mathematical research of our institute's scientists who had been working at an extremely difficult time.

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