Zero Point Field (ZPF) effects in the interaction of the ultra-short laser pulse
Date: Wednesday, January 07, 2004 @ 23:31:07 UTC
Topic: Science
Paper by Miroslaw Kozlowskia, Janina Marciak-Kozlowskab - Warsaw University, Poland
"Abstract: In this paper the effects of zero-point energy (ZPE) on the heat transport induced by ultra-short laser pulses is investigated. It will be shown that the existence of the zero-point energy in the physical vacuum influence the heat transport on the atomic level. The interaction of the building blocks of matter-atoms with the zero-point fields (ZPF), which generate the ZPE guarantees the stability of matter. The interaction of the ultra-short laser pulses (Dt ~ 1 as) with matter can be used as the source of the information on the ZPF...
Conclusion: In this paper, the quantum heat transport (QHT), formulated in our monograph, was considered in the framework of stochastic electrodynamics (SED). It was shown that the structure of QHT on the atomic level reflects the fact that the energy radiated by the accelerated charged particle in circular motion equals the energy absorbed from the zero-point field. It means that hypothetical ZPF is as real as the real are atoms, i.e. matter. "
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