In the recent past, we have experienced astonishing progress in mapping human body functionalities and interconnections, encouraging a holistic view of physiological processes and medical analysis. Similar advances are occurring in modeling and theoretically investigating the interaction between electromagnetic (EM) fields and living systems, opening more and more opportunities to turn bio-EM interactions into a concrete, viable approach to the treatment of a variety of diseases. We are now able to understand the physiological implications of a certain EM stimulation at very deep levels-to cell membranes and beyond-and to quantify with high accuracy EM power density, even for very microscopic scales of analysis. And we can infer from this information the possible consequences of EM stimulation in terms of macroscopic effects on the whole biological system.

中文翻译：

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医疗植入物的无线电力传输策略：关注稳健性和 EM 兼容性

最近，我们在绘制人体功能和相互联系方面取得了惊人的进展，鼓励了对生理过程和医学分析的整体看法。在电磁 (EM) 场与生命系统之间的相互作用的建模和理论研究方面也取得了类似的进展，为将生物电磁相互作用转变为治疗各种疾病的具体可行方法提供了越来越多的机会。我们现在能够在非常深的水平上理解某种 EM 刺激的生理意义 - 到细胞膜及其他 - 并以高精度量化 EM 功率密度，即使是非常微观的分析尺度。