卡西米尔效应

Vojnotehnicki Glasnik Pub Date : 2023-01-01 DOI:10.5937/vojtehg71-41282

N. Fabiano

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引用次数: 270

摘要

简介/目的:电磁场的量子化引起量子涨落，而量子涨落又在宏观边界上产生一个力。这种现象被称为卡西米尔效应。方法:采用电磁场二次量子化。应用了Zeta函数正则化技术。结果:由于电磁场的量子化，在宏观边界上观察到一个力。结论:量子效应引起的真空涨落给出了宏观结果。

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The Casimir effect

Introduction/purpose: The quantization of the electromagnetic field gives rise to quantum fluctuations which in turn produce a force on macroscopic boundaries. This phenomenon is called the Casimir effect. Method: The second quantization of the electromagnetic field is employed. The Zeta function regularization technique has been applied. Results: Because of the electromagnetic field quantization, a force on macroscopic boundaries is observed. Conclusions: Vacuum fluctuations due to quantum effects give macroscopic results.

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