Rete NoElettrosmog Italia

La vertenza poggia sul non rispetto da parte della compagnia Telefonica Verizon del  ADA    Americans with Disabilities Act   Questo codice  riporta di fatto la elettrosensibilità e impone azioni di riduzione o eliminazione del danno.  La associazione CHD punta su questa vertenza come azione pilota che potrebbe portare a replicare in altri contesti tale intervento. Vedremo ...   https://www.legalreader.com/chd-files-first-in-series-of-lawsuits-seeking-disability-accommodation-for-people-injured-by-rf-radiation-from-cell-towers/?s=09

I comuni   Lechmann (Santa Fe), Azul (Buenos Aires) and Capilla del Monte (Córdoba),Ushuaia, in Tierra del Fuego   dicono no in attesa di precise informazioni che le radiazioni provenienti dalle anatenne 5G non creeranno problemi sanitari alla popolazione. Like Commune of Lechmann (Santa Fe), Azul (Buenos Aires) and Capilla del Monte (Córdoba), they will not enable the installation of antennas until they have precise information that the radiation from 5G antennas does not affect the health of the inhabitants of those communes; In the world, 5G has 1.6 billion users The Nation, January 3, 2024 The city of Ushuaia, in Tierra del Fuego, joined this Tuesday the list of four municipalities in the country that resolved to prohibit the installation of antennas for 5G communications technology until there are scientific and environmental studies that guarantee the safety of the associated radiations. with these devices that promise to exponentially optimize the speed and volume of da

riporto questa pubblicazione scientifica ....   Electromagnetic interference (EMI) shielding effectiveness of pure aluminum: an experimental assessment for 5G (Sub-6GHZ) Sorgucu, U. Electromagnetic interference (EMI) shielding effectiveness (SE) of pure aluminum: an experimental assessment for 5G (SUB 6GHZ).  J Mater Sci: Mater Electron   34 , 2325 (2023). doi: 10.1007/s10854-023-11686-y. Abstract This article investigates the feasibility of using pure aluminium for electromagnetic shielding in the 5G frequency region. With the growing proliferation of 5G wireless technologies, concerns over the potential health effects of electromagnetic interference have emerged, and effective shielding solutions are needed. The study examines the shielding effectiveness of pure aluminium at various thicknesses and frequencies, using experimental measurement method. The results indicate that pure aluminium is an effective shielding material in the 5G frequency range, with shielding effectiveness incr