New emerging technology 5G will require higher speed, power and capacity in data transmission than previous generation, in order to obtain a complete world-wireless communication without limitation. In this scenario, given that the achievement of 5G technology will lead to a drastic increase of effects of exposure to microwave radiation, a strategy to reduce the effects of exposure to electromagnetic fields is needed. In this regard, given that cellular functions of human beings depend closely on ions flux across cellular membrane, whose mechanism should have its natural resonant frequencies, we can hypothesize to plan new emerging wireless technology 5G at frequencies far from these resonant frequencies in order to minimize the effects of exposure to extremely high frequency electromagnetic fields, inducing a significant decreasing of harmful effects on human health. We have named these frequencies “non-resonant frequencies”.

为了不受限制地获得完整的世界无线通信，新兴的5G技术在数据传输方面将要求更高的速度，功率和容量。在这种情况下，鉴于5G技术的成就将导致微波辐射暴露的影响急剧增加，因此需要一种降低电磁场暴露影响的策略。在这方面，考虑到人类的细胞功能密切依赖跨过细胞膜的离子通量，其机制应具有自然共振频率，我们可以假设计划在远离这些共振频率的频率上规划新兴的无线技术5G，以便将其最小化。暴露于极高频电磁场的影响，大大减少对人体健康的有害影响。我们将这些频率称为“非共振频率”。