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杜布纳的青年人 50年代末,我国著名物理学家王淦昌领导的一个小组在原苏联杜布纳联合原子核研究所的高能加速器上,通过高能π~-介子与核相互作用,发现了“反西格马负超子”。消息一发布,世界科学界为之轰动~当时西欧核研究中心的各国科学家们以追求获得与之并驾齐驱的发现为最大的荣耀。直到70年代初,著名华裔学者李政道先生与我国领导人谈话时还高度评价道:“……在联合所的那台加速器上以王先生的发现为最重要的贡献。” 王淦昌教授当时领导的是一个由8个国家20多位科技工作者组成的国际合作研究集体。而其中受到王先生和苏联科学家特别器重的小组成员之一,却是刚刚20
Young people in Dubna In the late 1950s, a group led by the famous physicist Wang Ganchang at the High Energy Accelerator at the Joint Institute of Nuclear Physics at Dubna, the former Soviet Union, discovered through high-energy π ~ -ions and nuclear interactions that “ Sigma negative super-sub ”. As soon as the news was released, the world scientific community was shocked. At that time, scientists from various countries in the Western European Nuclear Research Center were most honored to pursue their co-existence with them. Until the early 1970s, the famous Chinese scholar, Mr. Li Zhengdao, spoke highly of China’s leaders: “... the most important contribution was made by Mr. Wang at that joint accelerator station.” Professor Wang Ganchang’s then Led by an international cooperative research group of more than 20 scientists and technicians from 8 countries. Among them, one of the panelists who was particularly valued by Mr. Wang and Soviet scientists was just 20