Numerical optimization of blood viscosity to assess the impact of electromagnetic radiation using headphones


" The use of electronic equipment has been increasing over the years, and they are a source of electromagnetic radiation usually located close to the human brain. For this reason, the aim of this study is to evaluate the effects of exposure to electromagnetic radiation emitting equipment such as headphones on blood rheology (Khongkhatithum et al., 2016; Lee et al., 2009). Assuming that a prolonged period of exposure to electromagnetic radiation from headphones can lead to disorder in blood rheology, a blood flow circuit and a coil model, which simulates the effects of electromagnetic radiation generated by headphones, were constructed (Lewicka et al., 2015; Mashevich et al., 2003; Padma et al., 2019)."

" This study provides some evidence of the effect of electromagnetic radiation on blood viscosity properties. In all samples seen the effects of change in viscosity were noticeable, which reinforces the hypothesis that exposure has an effect on blood viscosity, not only instantaneously during use, but permanently as well."


Last modified on 20-Sep-23

/ EMMIND - Electromagnetic Mind