Gender-Specific Electromagnetic Power Absorption in Human Skin Tissue at 5G/6G Frequencies

In this study, the human skin in six different anatomical regions of the body (abdomen, back, breast, dorsum of foot, dorsum of hand, and scalp) of male and female individuals in a human population of the same ethnicity were ho-mo-ge-neous-ly modeled a in four layers: stratum corneum (SC), epidermis/dermis (E/D), hypodermis (HYP), and muscle tissue (MSC). The mentioned twelve different human skin models were exposed to integrated electromagnetic (EM) waves in the 5G/6G frequency ranges, and the absorbed power in each tissue layers and the penetration depths in the corresponding body regions were calculated, and based on the simulation results, gender-specific in the corresponding the absorbed power and the penetration depths were investigated.