摘要
用 Feynman泛函积分(路径积分)方法分析了电子双缝干涉,结论与光的双缝干涉完全一致。在将Vierbein表述的局域 Lorentz群引力规范理论、狭义相对论(SR)与量子论协调成统一体系的基础上,澄清了对电子双缝干涉的众说纷坛的诠释.
The double-slit interference of electrons is analyzed by using the Feynman functional integration (path integrals), and the conclusion is in keeping with light's. Finally, on the basis of harmonizing the Vierbein representation of the local Lorentz group gravitational gauge theory and the special theory of relativity (SR) with the quantum theory as a unified logical system, the interpretations of many different opinions discussing tile double-slit interference of electrons are also clarified in this paper.
出处
《量子电子学报》
CAS
CSCD
北大核心
2001年第3期198-201,共4页
Chinese Journal of Quantum Electronics
关键词
泛函积分
电子双缝干涉
引力规范理论
度规波
量子理论
functional integration, double-slit interference
gravitational gauge theory, metric wave, interpretation