Health Council of the Netherlands and evaluation of the fifth generation, 5G, for wireless communication and cancer risks
Abstract
Overview
As the global rollout of the fifth generation (5G) wireless communication technology progresses, concerns regarding its potential health impacts, particularly the risk of cancer, are increasing. Despite appeals for a moratorium on its deployment pending further scientific assessment, such initiatives have seen little success.
Findings
- The Health Council of the Netherlands released their evaluation of 5G in relation to health risks on September 2, 2020, relying on draft guidelines from the World Health Organization and a report by the Swedish Radiation Safety Authority, both of which have faced criticism for lack of impartiality.
- Guidelines from the International Commission on Non-Ionizing Radiation Protection (ICNIRP) were recommended, despite acknowledgments that these may not adequately protect against health hazards.
- Key recommendations included the avoidance of the 26 GHz frequency band until further research is conducted into its health impacts.
- The assertion that there is no valid reason to halt the use of lower frequencies in 5G technologies is challenged by findings pointing to an increased cancer risk, notably glioma and acoustic neuroma, associated with mobile and cordless phone use.
- Evidence from human epidemiological studies and animal research supports a linkage between radiofrequency radiation exposure and increased tumor risk.
Conclusion
The prevailing scientific evidence indicates a significant health risk associated with 5G and related wireless technologies. Recommendations for using lower 5G frequencies ignore documented adverse effects and ongoing concerns within the scientific community. A moratorium on the deployment of 5G technology is urged, coupled with a reevaluation of existing guidelines to consider the unique attributes and increased radiation exposure associated with 5G networks. Ultimately, wired solutions are advocated as preferable where feasible.