发芽初始脉冲的考虑

E. Ebner
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引用次数: 1

摘要

活细胞的超弱辐射对组织结合体中的细胞更新有影响。在这里,从红外波段到紫外线波段的电磁波能量起着特殊的作用。亲水性表面界面处的水的物理性质特征,即所谓的禁区,表明在这个区域形成了能量储备。存在能量输入,该能量输入导致该生物材料方向上的能量输出。这两项观察活细胞的超弱辐射和隔离区的物理特性,得出的结论是,这是一个物理上的能量过程,作为触发发芽的假设而制定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Consideration for Initial Pulse of Germination
The ultra-weak radiation from living cells has an influence on the cell renewal in tissue association. Here, the energy of electromagnetic wave from infrared range to UV-light plays a special role. The characteristics of the physical properties of water at the interface of hydrophilic surfaces, the so-called Exclusion Zones, indicate that an energy reserve is formed in this region. There is an energy input that results in an energy output in the direction of the biological material. These two observations the ultra-weak radiation from living cells and the physics of Exclusion Zones, lead to the conclusion that this is a physically energetic process that is formulated as a hypothesis to trigger germination.
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