This article is related to the proposed hypothesis and experimental data regarding the ability of defined polar polymer compound (MRETpolymer) applied to RF phones to increase the dielectric permittivity of water based solutions and to reduce the SAR (Specific Absorption Rate) values inside the “phantom head” filled with the jelly simulating muscle and brain tissues. Due to the high organizational state of fractal structures of MRET polymer compounds and the phenomenon of piezoelectricity, this polymer generates specific subtle, low frequency, non-coherent electromagnetic oscillations (optimal random field) that can affect the hydrogen lattice of the molecular structure of water and subsequently modify the electrodynamic properties of water. The increase of dielectric permittivity of water finally leads to the reduction of the absorption rate of the electromagnetic field by living tissue. The reduction of SAR values is confirmed by the research conducted in June-July of 2006 at RF Exposure Laboratory in Escondido, California. This test also confirmed that the application of MRET polymer to RF phones does not significantly affect the air measurements of RF phone signals, and subsequently does not lead to any significant distortion of transmitted RF signals.

中文翻译：

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MRET聚合物化合物对射频手机SAR值的影响

本文与提出的假设和实验数据有关，这些假设和实验数据涉及应用于 RF 电话的定义的极性聚合物化合物 (MRETpolymer) 的能力，以增加水基溶液的介电常数并降低“幻影头部”充满了模拟肌肉和脑组织的果冻。由于 MRET 聚合物化合物的分形结构的高度组织状态和压电现象，这种聚合物会产生特定的微妙、低频、非相干电磁振荡（最佳随机场），可以影响水分子结构的氢晶格并随后改变水的电动力学特性。水的介电常数的增加最终导致活组织对电磁场的吸收率降低。2006 年 6 月至 7 月在加利福尼亚州埃斯孔迪多的射频暴露实验室进行的研究证实了 SAR 值的降低。该测试还证实，将 MRET 聚合物应用于射频手机不会显着影响射频手机信号的空气测量，因此不会导致传输的射频信号出现任何明显失真。