摘要
Nikola Tesla是现代科技文明的创始人之一;他的标量波不但可用于能量和信息传输,而且非常有趣。如所周知无线电波和光波都是横波,但Tesla标量波更像电磁势在传播方向上的扩张和收缩。在电磁理论研究中,实验均证明了矢势和标势的物理实在性,这是对Tesla标量波理念的支持。我们已知像Aharonov-Bohm效应和量子纠缠态这类非力效应的情况,Tesla标量波也是这种效应。本文提出了Tesla波可能有超光速性的原因:首先是Aharonov-Bohm效应具有量子力学非局域性;其次是类消失态的近场效应;因此Tesla纵波以超光速传播是可能的。但还应做更多的实验。
Nikola Tesla was the pioneer of science- technology civilization in the past,his scalar waves are very interesting in terms of their practical use for energy and information transfer. As is well known,the radio waves and light waves are transverse waves,but the Tesla scalar wave more like a vibration of electromagnetic potential expanding and contracting in the direction of propagation. In the research of electromagnetic theory,the physical reality of vector potential and scalar potential were verified by the experiments,it is support of the Tesla scalar waves. We see such situation in the Aharonov- Bohm effect and the quantum entangled states,they are the non- force interactions,Tesla scalar wave also has this effect.In this paper,we find out the reasons of Tesla wave＇s superluminality. Firstly,the quantum dynamics non- locality emerged from the Aharonov- Bohm effect. Secondary,the near field effect on the evanescent-state alike. Then the possibility of Tesla longitudinal waves superluminal propagation are possible. But the situation here requires much experiments.
出处
《中国传媒大学学报（自然科学版）》
2014年第3期4-11,共8页
Journal of Communication University of China：Science and Technology
关键词
Tesla标量波
纵波
非力物理效应
超光速性
Tesla scalar waves
longitudinal waves
non-force physical effects
superluminality
