数据挖掘在统计信息空间分析中的应用研究

提出数据挖掘与地理信息系统集成辅助空间分析的策略和实现途径．以自然疫源性疾病研究为例，应用所提出的策略把数据挖掘和GIS进行有机的结合，用所引入的算法对数据进行详细的分析，验证策略和算法的合理性与正确性．     

巴基球分子结构的发现权之争

是谁首先想到用短程线圆顶结构来刻画巴基球分子结构的?这是克罗托和斯莫利都不能解决的一个化学难题。     

吴健雄未获诺贝尔奖原因新论

吴健雄1957年未能与杨振宁、李政道共同分享当年的诺贝尔物理学奖金,主要原因有两个方面:一是她工作的原创性不够高,她实验的途径与实验设计的关键思路以及实验的关键测量项都是杨振宁、李政道在获奖论文中提出的;二是与她几乎同时、互相独立对弱作用下宇称不守恒作出实验证实的有三个实验小组,诺贝尔评委会不可能厚此薄彼,而一项诺贝尔奖按规定每次至多能授予3人。     

培养学生的探究精神,关键在于激发好奇心

创新意识、创新精神、创新能力是一个人的核心素质。认知内驱力是从好奇和好胜的倾向中派生出来,好奇常常会导致探究、应付和追求环境刺激等行为,好奇会产生求知欲望。在培养学生好奇心方面家庭教育和学校教育承担同样重要的责任。     

专项应付款与补贴收入的异同分析

在企业会计核算过程中,我们经常发现部分企业会计对"专项应付款"和"补贴收入"容易搞混.现结合工作中的一些体会,对"专项应付款"和"补贴收入"的异同进行分析.     

Estimation of chain reaction bankruptcy structure by chance discovery method — With time order method and directed KeyGraph

Chain reaction bankruptcy is regarded as common phenomenon and its effect is to be taken into account when credit risk portfolio is analyzed. But consideration and modeling of its effect leave much room for improvement. That is mainly because method for grasping relations among companies with limited data is underdeveloped. In this article, chance discovery method is applied to estimate industrial relations that are to include companies＇ relations that transmit chain reaction of bankruptcy. Time order method and directed KeyGraph are newly introduced to distinguish and express the time order among defaults that is essential information for the analysis of chain reaction bankruptcy. The steps for the data analysis are introduced and result of example analysis with default data in Kyushu, Japan, 2005 is presented. The structure estimated by the new method is compared with the structure of actual account receivable holders of bankrupted companies for evaluation.     

网络学习模式浅议

教育模式是教育观念、教育思想、教与学理论的集中体现,网络的出现为学习者提供了适应个性化需求的自主学习的机会,建立满足不同学生需要的网络学习模式,是网络教学的当务之急。     

Carbon Nanotube Film-Based Speaker Developed in Tsinghua University

A research group from Tsinghua University led by Prof. Fan Shoushan, Member of the Chinese Academy of Sciences, and Jiang Kaili, associate professor of Physics, found that carbon nanotube thin film could act as a speaker once fed by audio frequency electric currents. These carbon nanotube loudspeakers are only tens of a nanometer thick, transparent, flexible and stretchable, which can be further tailored into any shape and size. These results have been published in the journal Nano Letter.     

王世强教授实验室的研究成果引起国际学界关注

2007年第4期《自然·评论·药物发现（Nature Reviews Drug Discovery）》在“研究亮点（Research Highlight）”专栏发表了由该刊编辑Charlotte Harrison博士撰写的述评，题为“心脏疾病：揭开分子机制的面纱（Heart disease：Unmasking molecular mechanisms）”。