A construction of classifying spaces for p-adic group actions

One major open problem in geometric topology is the Hilbert-Smith conjecture. A natural approach to this conjecture is to work on classifying spaces of p-adic integers. However, the well-known Milnor's construction of classifying space of p-adic integers is not locally connected, hence will not help to solve the conjecture, and the other known constructions are very complex. The goal of this paper is to give a new construction of classifying spaces for p-adic group actions.     

Computation of the chiral anomaly in the bulk quantization

The bulk quantization method is used for regularizing a conventional four dimensional theory of massless fermions coupled to an external non‐Abelian gauge field and for subsequently evaluating the associated Ward identity. As a result one obtains the well‐known chiral anomaly.     

规范场和爱因斯坦

文章讨论的主题是现代非亚贝尔规范场的理论思想．文章说明了这个理论思想是承传、推广和拓展了爱因斯坦的物理思想、目标和原则．规范场理论把爱因斯坦后半生努力奋斗而未能达到的目标提到现实，更加迫近和部分地圆了爱因斯坦的梦想。     

四维杂化弦的相互作用顶角

利用左(右)振动 N—S 玻色弦(四维费米弦)模式的相互作用顶角,我们给出了四维杂化弦的相互作用顶角.它具有[SU(2)]规范不变性.     

（2十1）维SU（2）格点规范场胶球质量的解析计算

从连接图方案出发，计算０胶球质量，得到较好的标度行为．     

Quantum Gauge General Relativity

Based on gauge principle, a new model on quantum gravity is proposed in the frame work of quantum gauge theory of gravity. The model has local gravitational gauge symmetry, and the field equation of the gravitational gauge field is just the famous Einstein‘s field equation. Because of this reason, this model is called quantum gauge general relativity, which is the consistent unification of quantum theory and general relativity. The model proposed in this paper is a perturbatively renormalizable quantum gravity, which is one of the most important advantage of the quantum gauge general relativity proposed in this paper. Another important advantage of the quantum gauge general relativity is that it can explain both classical tests of gravity and quantum effects of gravitational interactions, such as gravitational phase effects found in COW experiments and gravitational shielding effects found in Podkletnov experiments.     

美制螺纹量规设计执行国标的可行性分析

通过对美国联邦螺纹标准H28中FED—STD—H28/6《统一螺纹的量规和测量》和我国相应的国家标准GB3934《普通螺纹量规》在螺纹量规的分类、功能、特征、螺纹合格性判断及螺纹量规的中径公差等方面进行比较、分析,可得出结论:检验美制工件螺纹用的美制螺纹量规执行国家标准具有可行性和优越性,能满足美制工件螺纹极限尺寸的检验条件,适当延长量规使用寿命以及适合我国螺纹量规制造水平.     

客车骨架的电测技术与分析

本文通过对客车骨架受力变形分析和对测试结果的综合分析,给出了客车骨架的布点方案,并对测试中影响精度的几个问题进行了分析,提出了分步调零法。     

规范理论发展史研究

本文通过对规范理论发展史的研究,指出:韦尔规范理论的重要意义在于使人们进一步认识到定域规范不变性的作用;杨—米尔斯规范理论的发展,又将对称性的作用推到了一个全新的、革命性的阶段。