Modeling and simulation of biological structures exposition to 5G network

Compared to its predecessor, the 4G network, the 5G mobile network offers an increase in speeds and a significant reduction in response time. It is a standard that will help both in industry and professional usage. It will also affect the use of the smartphone of the average user. However, the introduction of 5G networks means a prospective jump in the number of transmitters. High transmission speeds only work over a very short distance and spread poorly in buildings. For this reason, the debate on health hazards is still open. In this article, we deal with the creation of a simple model and simulations of the electromagnetic field around a 5G mobile phone and its penetration into nearby tissue. The resulting values for the two modeled frequencies in the upper range of 5G frequencies 28GHz and 39GHz are presented in the text.