Paper
Exposure of the Human Head to 5G Electromagnetic Radiations: Modeling and Analysis
Published Jan 1, 2023 · Sara Alameddine, Dina Al-Houmsy, Ali Mohsen
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Abstract
5G, the 5th generation cellular network provides new utilities to different kind of business and industry sectors such as healthcare, electronics, and communications. In addition, it provides numerous features that distinguish it from previous generations such as high speed of internet reaching 10 Gbps, increase in the amount of data transmitted “wide bandwidth”, and advanced antennas. Although 5G has promising future, it still has a blurry side that disquiet most of the scientists, since there are no final studies ensuring that the frequency of 5G has no effects on human health especially on the brain, additionally that the people usage of the cellphone will reach its peak with 72.6% by 2025. In this paper, numerical simulations of different ranges of frequencies are conducted on a new designed model according to different international standards representing the biological, physical, and chemical characteristics of the sub-layers of the human head, to investigate the effect of 5G radiations on the head. Here, we investigate the effects of Specific Absorption Rate (SAR) averaging mass, the heat that results from other sources, and the propagation of the wave on the correlation with temperature elevation under the effect of 5G exposure over time. The obtained results are employed to check the safety of the simulated scenario.
5G exposure on the human head was simulated to assess its safety, considering factors like Specific Absorption Rate, heat from other sources, and wave propagation.
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