Bio-effects of 5th generation electromagnetic waves on organs of human beings

Amit Verma, Vijay Kumar, Shipra Gupta
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Abstract

Objectives

The uses of devices of electromagnetic waves (EMWs) are increasing day by day. Similarly, the generation of the waves is increasing. The frequency spectrum of the generation of waves is also increased. In this manuscript, an analysis of the high frequency EMWs has been made by the electric fields generated due to the exposure of 5th generation (5 G) of mobile phones.

Methods

Due to the emission of waves from the towers, the electric field is generated around the transmission tower of mobile phones. The electric fields are computed by the power of the transmission tower. The electric fields across the biological tissues/cells are also computed when the EMWs penetrate inside the body. The electric fields are made across the organs of different depths inside the body.

Results

The induced electric fields inside the organs of the human beings are responsible for the absorption of energy from high frequency EMWs. The absorbed amount of energy from high frequency waves may become the cause of harmful effects on the life of organs of human beings.

Conclusion

In this manuscript, after analysis of the computed electric fields inside the organs of human beings, it is concluded that the EMWs of 5 G spectrum of mobile phone towers may more harmful for the life of organs as 4th generation (4 G) spectrum of mobile phone waves. The energy absorption by the 4 G spectrum is lower than 5 G spectrum due to the range of frequency of waves. The effects on the pancreas, retina, skin, intestine, spleen, stomach and uterus are more than low water content organs like nails, bone, teeth etc.

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第五代电磁波对人体器官的生物效应
目标 电磁波(EMW)设备的使用与日俱增。同样,电磁波的产生量也在增加。产生电磁波的频谱也在增加。在本手稿中,我们通过第五代(5 G)手机暴露时产生的电场对高频电磁波进行了分析。电场由发射塔的功率计算得出。当电磁波穿透人体时,生物组织/细胞间的电场也会被计算出来。结果人体器官内的感应电场是吸收高频电磁波能量的原因。本手稿对人体器官内电场的计算结果进行分析后得出结论,5 G 频谱的移动电话发射塔电磁波与第 4 代(4 G)频谱的移动电话波相比,对人体器官的危害更大。由于波的频率范围不同,4 G 频谱的能量吸收低于 5 G 频谱。对胰腺、视网膜、皮肤、肠道、脾脏、胃和子宫的影响大于指甲、骨骼、牙齿等含水量低的器官。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Global health journal (Amsterdam, Netherlands)
Global health journal (Amsterdam, Netherlands) Public Health and Health Policy
CiteScore
5.00
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