Liboff A R, Poggi C, Pratesi P
a Department of Physics , Oakland University , Rochester Hills , MI , USA.
b Studio Ingegneria Claudio Poggi , Genoa , Italy.
Electromagn Biol Med. 2017;36(3):265-269. doi: 10.1080/15368378.2017.1322521. Epub 2017 May 19.
A helitetrahedral model has been proposed to help explain reports of low-frequency oscillations in pure water following electromagnetic excitation at the hydronium ion cyclotron resonance frequency. The Lorentz force and the intrinsic structure constrain the motion of the HO ion so that it enjoys a unique form of proton-hopping, one whose path is helical. This model may also explain the numerous previously observed cyclotron resonance (ICR) biological couplings for cations other than hydronium by merely substituting hydrogen-bonded versions of these for hydronium in the tetrahedral structure. Thus the effectiveness of resonance stimulation in biological systems is explained in terms of the enhanced conductivity and reduced scattering associated with proton-hopping. It is further shown that the addition of charge-balancing hydroxyl ions act to enable oscillatory electric dipole moments that propagate along the helical axis, giving rise to weak power (≈ femtoWatts) radiation patterns. It is conceivable that the radiation associated with this process may play a role in the interactions at the interface between water and living matter.
有人提出了一个螺旋四面体模型，以帮助解释在水合氢离子回旋共振频率下电磁激发后纯水中低频振荡的报告。洛伦兹力和固有结构限制了氢离子的运动，使其呈现出一种独特的质子跳跃形式，其路径是螺旋形的。该模型还可以解释先前观察到的许多除水合氢离子外其他阳离子的回旋共振（ICR）生物耦合现象，只需在四面体结构中用这些阳离子的氢键形式取代水合氢离子即可。因此，共振刺激在生物系统中的有效性可以通过与质子跳跃相关的电导率增强和散射减少来解释。进一步表明，添加电荷平衡的氢氧根离子会产生沿螺旋轴传播的振荡电偶极矩，从而产生微弱的功率（≈飞瓦）辐射模式。可以想象，与该过程相关的辐射可能在水与生物物质界面的相互作用中发挥作用。
