Is wifi harmful to health?

Biological and Pathological Effects of 2.4 GHz WiFi Radiation on Cells, Fertility, Brain, and Behavior. By Isabel Wilke. Source: Environment • Medicine • Society. Special Edition in issue 1-2018. Translated from German by JRS. A very robust review article with thematically sorted discussion of scientific studies in detail - JRS.

What effects do studies on WiFi show?

Studies show that WiFi radiation causes oxidative stress, DNA damage, sperm damage, EEG changes, and other effects. This article is a systematic review of studies on the effects of non-ionizing radiation in the microwave (MW) frequency 2.45 GHz (2,450 MHz), which is mainly used for WLAN/WiFi (Wireless...

Major Austrian insurer AUVA finds effects of cell phones on DNA, EEG and human proteins

Update Juli 2024: Athem 3 rapport: "Cell tower radiation linked to genetic changes in nearby residents" (Article Microwave News) Update August 2016: AUVA Athem 2 report: "DNA damage from cell phones proven" (Article Diagnose Funk) On behalf of the major Austrian insurance company AUVA with over 4.3 million policyholders, research was carried out into the health effects of electromagnetic fields from mobile phones at levels well below current exposure limits, which only protect against warming. In the studies on healthy volunteers, the effects of the fields of...

EU Reflex study shows DNA damage caused by radiation from wireless devices and mobile phones

Introduction

The European REFLEX study (2004) was conducted on behalf of the EU by 12 institutions for a total budget of 3 million euros. The results show that even at a SAR value of 1,3W / kg (representative of many mobile phones) significant biological damage is done in human cells and especially to the DNA. The key point is that structural research has finally been carried out into the non-thermal effects of 2G (GSM) radiation, 3G (UMTS) radiation and magnetic fields from electrical installations and devices. The effect of the electromagnetic radiation from these sources turns out to be very similar to...