Tag: research

How the Mobile Communication Industry Deals with Science as Illustrated by ICNIRP versus NTP

The development of mobile communication technologies starting with 1G up to now 5G is a success story rarely heard of previously. It has only been possible because industry experts in charge of the technology assumed that radiofrequency (RF) radiation and its modulations – similar to visible light – are biologically harmless. They believed in safety limits that reliably protect people only from the acute thermal effects of RF radiation inherent in the system. Biological effects below the safety limits were categorically ruled out because their existence allegedly contradicted the laws of physics.

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News from the NTP Study

In May 2016, after a considerable delay, first results were published of a study by the U.S. National Toxicology Program (NTP) on the effects of long-term exposure of rats to mobile phone radiation. They confirmed what the mobile phone industry and its mercenaries in science have disputed as preposterous to reason until today: that a carcinogenic potential is inherent to mobile phone radiation. The authors of the NTP study openly admit that they themselves were surprised by this outcome of their research on mobile phone radiation.

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New Research Confirms an Increased Brain Tumour Risk from Mobile Phone Radiation

Professor Lennart Hardell’s research team at the Orebro University in Sweden has completed the research project as described in its application to the Pandora Foundation in 2011 (1), and the results have been published (2,3,4,5,6). Funds for this research were provided exclusively by private organisations. For many years now Hardell has not received public funding as he is one of the researchers whose results firmly contradict the position taken by politics and industry.

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Review of the AKR/J-Project by Lerchl

Prof. Alexander Lerchl’s contribution to the German Mobile Telecommunication Research Programme: The effect of chronic exposure to athermic GSM and UMTS mobile communication signals on the development of spontaneous lymphatic leukaemia in AKR/J female mice.

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