Electromagnetic fields (EMFs) originating both from both natural and manmade sources
permeate our environment. As people are continuously exposed to EMFs in everyday life, it …

The rapid development of wireless communications has raised questions about their
potential health risks. So far, the only identified biological effects of radiofrequency fields …

In the last decade, high-intensity pulsed electric fields with nanosecond durations (3-300 ns)
have found breakthrough biomedical applications, eg, in cancer treatment and gene …

Previous studies have shown that spontaneously active cultured networks of cortical neuron
grown planar microelectrode arrays are sensitive to radiofrequency (RF) fields and exhibit …

The central nervous system is the most likely target of mobile telephony radiofrequency (RF)
field exposure in terms of biological effects. Several electroencephalography (EEG) studies …

We propose to analyze the aperture and ITO layer presence of a modified transverse
electromagnetic (TEM) cell. This TEM cell can be used to study the potential effects of …

In this letter, the temperature measurement ability of an electrooptic probe as well as specific
absorption rate (SAR) assessments via simultaneous in situ temperature and electric field …

The analytical and numerical design, implementation, and experimental validation of a new
grounded closed coplanar waveguide for wide-band electromagnetic exposures of cells and …

Methods The exposure setup was meticulously developed in-house, and we employed a
comprehensive dosimetry approach, combining numerical and experimental methods …

Studying the response of neuronal networks to radio frequency (RF) signals requires the use
of a specific device capable of accessing and simultaneously recording neuronal activity …