| 1. | Eels study of relativitstic quantum mechanics heory
利用电子能量损失研究相对论量子力学理论 |
| 2. | The relativity of classical mechanics and relativistic quantum mechanics
经典力学的相对论化与相对论量子力学 |
| 3. | How to recover newtonian mechanics from non - relative quantum mechanics in limit
0时非相对论量子力学如何与牛顿力学等价 |
| 4. | My thoughts on the theory of relativity , quantum mechanics , superstring theory and dark matter 07 06
对相对论量子力学超弦及暗黑物质的联想07 06 |
| 5. | Astro news - " my thoughts on the theory of relativity , quantum mechanics , superstring theory and dark matter
天文新知对相对论量子力学超弦及暗黑物质的联想 |
| 6. | Self - contradictions of the relativistic quantum mechanics a further research into fundamental theoretical problem of the quantum field theory
相对论量子力学的不自洽性量子场论基本理论问题再探讨之一 |
| 7. | Lets take a brief look at the intricate relationship among special and general theory of relativity , quantum mechanics , superstring theory and unified field theory using the two examples of light speed and space - time
我们可以透过光速和时空两个例子去简略看看狭义相对论广义相对论量子力学超弦理论及统一理论间千丝万缕的关系。 |
| 8. | Quantum mechanics can be formulated in either a relativistic or non - relativistic manner . relativistic quantum mechanics ( quantum field theory ) provides the framework for some of the most accurate physical theories known
量子力学要么可以用相对论要么用非相对论方式来阐明。相对论量子力学(量子场论)为某些熟悉的最精确物理理论提供了框架。 |
| 9. | The significance lies in the possibility that if we further postulate that corrected relative quantum mechanics is equivalent to einstein ' s theory of relativity in the case ? 0 , then we may obtain different predictions from what produced by the former that will help to verify or improve it
这样做的意义在于，如果进一步假设? 0时一个正确的相对论量子力学和爱因斯坦的相对论等价，那么就有可能得到与现有相对论量子力学预言不同的结论，这将有助于它的检验或完善。 |
