摘要
基于量子力学和相对论的比较,二者既可以结合又存在不相容.由此讨论它们的某些可能的发展方向.特别探讨了3个方面:测不准原理和光速恒定等的矛盾;量子的非局域性显示出纠缠态应该是一种新的作用距离和强度中等的相互作用;由Dirac负能态推导出的负物质可能是一种暗物质.
Based on the comparison between quantum mechanics and relativity, both may be combined, but possess incompatibility. From this some possible theoretical developments are discussed. In particular, three aspects are researched： Contradiction between the uncertainty principle and the constancy light speed,etc. Quan- tum nonlocality shows that the entangled state should be a new interaction with middle action-distance and strength. Negative matter derived from Dirac＇s negative energy state is possibly a dark matter.
出处
《云南大学学报（自然科学版）》
CAS
CSCD
北大核心
2008年第1期41-46,共6页
Journal of Yunnan University(Natural Sciences Edition)
基金
国家自然科学基金(理科基地人才培养基金)资助项目(K1020195)
关键词
量子论
相对论
测不准原理
非局域性
负物质
暗物质
quantum theory
relativity
uncertainty principle
nonlocality
negative matter
dark matter
