Syndication

domenica 20 agosto 2017

Comunicato Stampa al Ministro della Istruzione

Logo

Al Ministro della Istruzione
Valeria Fedeli

Scopriamo dalla Stampa che è stata diramata una circolare per "liberalizzare" l'uso degli smartphone in aula.
Come mai questa decisione ?
Ci pare in direzione diametralmente opposta rispetto alla sempre maggior consapevolezza della inadeguatezza delle norme e limiti di esposizione ai campi elettomagnetici.
Ci riferiamo ancheai recentissimi:
10 July, Cyprus : WiFi has been removed from elementary schools and initiatives to educate children and families about health hazards from cell phones and wireless radiation are made, including brochures and videos.

24 Mai, Belgium : A well documented proposal of a resolution to recognize electrohypersensitivity in Belgium has been submitted to the Senate by three of its members.
Italia: sono sate pubblicate tre recenti cause  legali, in cui è stata confermata la relazione causale tra uso del telefono cellulare e cancro. ...
Ma, cosa più assurda, la Sua Circolare è in di-sintonia con un recente atto governativo, del Ministero della Ambiente (1) con titolo Piano d’azione per la sostenibilità ambientale dei consumi nel settore della Pubblica Amministrazione, che aggiorna i Criteri ambientali minimi per l’affidamento di servizi di progettazione e lavori per la nuova costruzione, ristrutturazione e manutenzione di edifici pubblici  (2)
tra i criteri guida che debbono essere assunti al fine di raggiungere una sostenibilità ambientale nella acquisizione ed uso di strutture ed attrezzature della Pubblica Amministrazione, si fa cenno – per la prima volta – di Inquinamento elettromagnetico indoor.
Infatti nel paragrafo 2.3.5.4 si parla espressamente di come si deve evitarel’inquinamento elettromagnetico da basse frequenze, predisponendo i quadri elettrici, i contatori e le colonne montanti all’ESTERNO dello stabile e di posare i cavi elettrici minimizzandone l’uso ;
ma anche, al fine di ridurre l’inquinamento elettromagnetico da radiofrequenze, passare ad opzioni alternative al Wifi come le connessioni via cavo oppure con PLC.
In attesa di un chiarimento,
inviamo distinti saluti

F.to Giorgio Cinciripini
In rappresentanza della ReteNoElettrosmogItalia


(1) Piano d’azione per la sostenibilità ambientale dei consumi nel settore della Pubblica Amministrazione pubblicato nella GU del 28/1/17
(2) Decreto Ministero Ambiente del 24/12/15 pubblicato in GU il 28.1.17

Statistiche su effetti dei campi elettromagnetici in base al ... finanziatore


Studio eseguito su un database di articoli scientifici relativi ad effetti dei EMF sugli esseri umani (e non) della associazione ORSAA (Australia).

<Notare  come i ricercatori ottengono risultati della loro ricerca scientifica che sono 'catalizzati' dagli interessi di chi finanzia la ricerca stessa ...  

Accademia USA Otorinolaringoiatri: istruzioni per l'uso di smart phone

La associazione dei medici otorinolaringoiatri americani ha emesso una lista di 6 'istruzioni per l'uso' finalizzati a ridurre il DANNO legato allo uso di smartphone
Vedere https://goodmenproject.com/featured-content/6-ways-that-your-smart-phone-may-be-impacting-your-health-snsw/

1) l'uso del telefono può dare problemi sulla funzionalità dell'udito, non legati al volume dell'audio: uso quindi di auricolari od altro che tenga lontano il telefono dall'orecchio

2) è stato determinato che il telefono contiene germi e batteri in genere legati alla scarsa igiene delle mani anche ... uscendo dal bagno

3) problemi sulla sicurezza ad es. dell'utente minorenne:  controllo da parte dei genitori !

4) il telefono può generare neoplasie per cui tenerlo lontano dal corpo, e si specifica anche per gli uomini di allontanare possibili tumore al petto se il telefono è tenuto nella tasca della camicia  superiore o della giacca

5) l'uso massiccio del telefono porta a depressione, disturbo del sonno, 'phantom ringing' che è la sensazione delle vibrazione del telefono anche se inattivo

6) effetti sulla fertilità maschile, già studiata e confermata da molti studi, legati al posizionamento del telefono vicino ai testicoli

sabato 19 agosto 2017

Come si crea una commissione tecnica 'garante' ... gli interessi economici !

FCC è l'ente federale americano sulle Comunicazioni che dà le regole sui limiti di esposizione alle RF.

Ha creato quest'anno una commissione di esperti (30) che deve supportare l'ente per le regole relative ad internet ad alta velocità , ad es. la 5G.

Guarda caso i 3/4 dei membri scelti sono rappresentanti delle società di telecomunicazioni e sistemi wireless, come AT&T, Comcast, TDS, etc.  Idem per gli  invitati esperti di provenienza nota da centri di sviluppo già ben orientati sulle scelte da rendere.
Viene riportato in questo articolo
http://www.truth-out.org/news/item/41628-fcc-packs-broadband-advisory-group-with-big-telecom-firms-trade-groups

Nel gruppo di lavoro sulle municipalità solo 3 su 24 membri erano stati destinati a rappresentanti locali.

Il Presidente di questi comitati, designato dalla Presidenza Trump, ha il chiaro compito di facilitare la implementazione della tecnologia 5G con un forte incremento di antenne e di inquinamento elettromagnetico !




When the Federal Communications Commission went looking this year for experts to sit on an advisory committee regarding deployment of high-speed internet, they took the often favoured route and loaded the 30 member panel with corporate executives, trade groups and free-market scholars. More than three out of four seats on the BDAC are filled by business-friendly representatives from the biggest wireless and cable companies such as AT&T Inc., Comcast Corp., Sprint Corp., and TDS Telecom. Crown Castle International Corp., the nation’s largest wireless infrastructure company, and Southern Co., the nation’s second-largest utility firm, have representatives on the panel. Also appointed to the panel were broadband experts from conservative think tanks who have been critical of FCC regulations such as the International Center for Law and Economics and the Mercatus Center at George Mason University. SNIP
Read the post here.

Il 'punto' sulla 5G


qui dal sito EMFields 

15th August 2017                 5G Update

There is currently a lot of concern being expressed on websites and emails about millimetre-waves (mm-waves) and 5G. It is very important to realise that these are not the same thing.

5G is a new, more technically advanced, version of the long-term-evolution (LTE) wireless communications system that effectively started with 3G. Over time it will use a variety of different carrier frequencies and modulations to transmit information. Some of these carrier frequencies will pass through buildings much more easily than others. All will be absorbed by living beings.

The rollout of 5G will be done over a number of years. Suitable 5G carrier frequencies have different properties with some carrying data further being better at passing through walls and other obstacles, while others (mm-waves) can only be used over short direct distances but can carry vast amounts of information quickly (e.g. for downloading HD movies). Because of this, and because no available mobile phone handsets currently are capable of mm-wave frequencies, the initial public network roll-out of 5G will be using carrier frequencies less than 6 GHz.

For short distance communication between mobile device (tablet or phone) and the nearest base station, higher frequencies from 24 GHz to 90 GHz (mm-waves) will be tested in locations around the world in the next few years. They will require different, more advanced, cellphone handsets and tablets. The electronic chips for these are only at an experimental stage at present.
The new cellphones will be more complicated to manufacture and the signals will be more difficult to measure accurately.

Later 5G mm-wave systems will require the deployment of millions of small low-power base stations close to people’s homes and it is questionable whether that will be affordable. In most areas where fibre-optic cable has been laid it is more likely to be implemented by integrating 5G pico-cell base stations in the routers that people have in their homes. This has been done to provide widespread WiFi in several countries. BT (2017) has a network of over 5 million WiFi hotspots across the UK provided by their BT broadband subscribers – and all subscribers can use any of them to connect to the internet.

It is most unlikely that there will be a widespread rollout of any 5G networks before about 2020. The EC hopes that viable commercial existing-band (up to 6 GHz) 5G networks will be in operation by the end of 2020. The first public mm-wave networks will follow a few years later and are likely to be in high-value city business areas. We are working on instruments for detecting the mm-wave frequencies, but they are unlikely to be available for sale before 2019. There are antenna, sensor and power consumption issues that make it difficult to make cost-effective wide-band measurements at these frequencies.

In the meantime microwaves at the 5G frequencies which will be used in most areas until at least 2020 (and probably 2023) can be measured using our Acoustimeter, ACOM2 instruments and our new RadAware alarm. By the time it is necessary to measure the mm-wave frequencies we will be offering new measuring instruments.


Written by Alasdair Philips, Technical Director of EMFields Solutions Ltd.  15th August 2017.
Two further pages follow with more technical information.
Further information about 5G

There are already 71 internationally identified potential 5G bands between 453 MHz and 6000 MHz (6 GHz) – many of these are currently used for mobile communication, nor are they available in all countries.
Microwaves at these frequencies can be measured using our Acoustimeter, ACOM2 instruments and our new RadAware alarm.

5G is a method of modulating an RF/microwave carrier with complex QAM subcarriers. ‘Microwaves’ are not defined as such, but are generally considered to be wavelengths between 1 metre and 10 mm (300 MHz to 30 GHz). Millimetre-waves (mm-waves) are much higher frequencies that have a much shorter effective range and are not good at penetrating buildings but offer much greater data bandwidth. Their wavelengths are longer than infrared waves, but shorter than normal ‘microwaves’.  They were considered to be wavelengths in the range from 10 mm (30 GHz) to 1 mm (300 GHz), though the 24.25 GHz to 27.5 GHz band is being prioritised across Europe as the first high frequency band for 5G and is being included in the mm-wave part of the spectrum.

It is all very early days in the real world roll-out. In July 2017, Apple was awarded a licence to design, build and test experimental 5G mm-wave handsets, specifically for the FCC approved 28 and 39 GHz bands. Chipmaker Qualcomm has announced that samples of its 5G ‘snapdragon’ X50 28 GHz chipset will be available late in 2017 and hopefully in production quantities by the end of 2018.  In July 2017, Arqiva and Samsung started a single trial of a fixed (not mobile) 28 GHz experimental one-base-station mini-network in central London.

‘5G for Europe: An Action Plan’ – published by the EC in 2016 states:
“The designation of new frequency bands above 6 GHz is on the agenda of the World Radio Conference 2019 (WRC-19), based on a list of candidate bands identified at WRC-15, subject to ITU studies, with the aim of targeting the widest possible global harmonisation.”

The EC hopes that: “every Member State will identify at least one major city to be "5G-enabled" by the end of 202018 and that all urban areas and major terrestrial transport paths have uninterrupted 5G coverage by 2025”
In the meantime, the UK Regulator, Ofcom, has worked with other European spectrum regulators to identify three key new bands for 5G in Europe: 700 MHz, 3.4-3.8 GHz, and 24.25-27.5 GHz. Many network operators are planning to use some of the 800/900 MHz GSM frequencies for 5G that will penetrate buildings and some existing 3G bands (e.g. 1800 MHz) will also convert to 5G.
Ofcom is already planning an auction for some time in 2017, to sell off spectrum in the 2.3GHz and 3.4GHz bands. It also is reclaiming the 700–800 MHz spectrum from Digital Terrestrial Television and wireless for future 5G usage, which should be complete by the second quarter of 2020. Elsewhere in Europe, the International Telecommunication Union (ITU) has already globally allocated 200MHz of 3.4-3.6GHz spectrum and is also committed to making the ex-DTV 694-790MHz band available in Europe for 5G.
In August 2017, the FCC announced that it is looking into how 3.7-4.2 GHz; 5.925- 6.425 GHz.
However, the imagined future of 5G lies in the high frequency millimetre-wave spectrum, for which there is far more capacity. This technically encompasses the 30-300 GHz range, but it more commonly refers to bands above 24 GHz. Ofcom has identified 24.25-27.5 GHz as the so-called "pioneer band". More commonly simplified to 26 GHz, this band is seen as the most likely candidate for a true global 5G standard.
There is not likely to be widespread deployment of mm-waves until at least 2021 and probably nearer to 2025 other than in a few high-value densely populated areas.

Some 2G (GSM) networks will continue to be supported by some companies in the fairly long-term. They still offer the most effective rural coverage at fairly low power for voice and text messages. They are also widely used for the large number of existing automated alarm and data systems that will not easily be able to be converted to LTE. However, AT&T, Telstra, Optus and the 3 Singapore operators, have already turned off their 2G (GSM) networks to clear frequencies for 4G and 5G. In most countries, 3G is much more likely to be phased out before 2G (GSM), as 3G/UTMS morphed into 4G/LTE and now the first standard for 5G/LTE (which is actually 3GPPP-12, passed in 2015) and with future technical enhancements: 3GPPP-13 (2016), 3GPPP-14 (2017) and 3GPPP-15 planned to be released in September 2018. However some networks (like Verizon, AT&T and KT) are just going ahead and creating their own ‘bespoke’ versions of 5G in order to try to be the market leaders.

Water is a very good absorber of millimetre waves. Wet cement will absorb almost all the mm-wave radiation impinging on its surface. Humans absorb 100% of the energy of millimetre waves which hit them. 
Whether mm-waves will penetrate homes depends on many factors. Above 30GHz the waves can slip through long slots such as those around PVC window frames as the metal cores are surrounded just by PVC extrusions. This makes it difficult to shield at the scale of housing. Metal reflects millimetre waves as effectively as it reflects microwaves, but mesh is much less useful, as the smaller waves more easily slip between the wires in a mesh.

For more information on 5G and its rollout, this is an informative site:

Including: Small-cell networks, Massive MIMO, Beamforming, and Full-duplex.

lunedì 14 agosto 2017

Brevetti USA per uso dei campi elettromagnetici per il controllo della mente

La ricerca americana legata o meno alla CIA è da tempo impegnata a trovare sistemi di manipolazione del sistema nervoso basato su radiazioni.

Qui di seguito ci sono alcuni numeri di brevetto con il titolo.

Leggo:

- manipolazione del sistema nervoso tramite campi elettromagnetici via i monitor
- manipolazione remota del sistema nervoso  con campi magnetici
- metodi ed apparati per manipolare il sistema nervoso
- eccitazione magnetica delle sensazioni
...

La finalità di queste ricerche è quella di sviluppare, ulteriormente, armi di controllo mentale di masse di persone .... sicuramente ... per fini di bene ... come nelle manifestazioni di piazza ma anche per bloccare dei terroristi ...




Are there patents to manipulate the human nervous system using electromagnetic frequencies?
USP# 3009080- Apparatus and method for generating and containing plasma having ultra high temperatures.
USP# 4245909- An optical instrument for measurement of particle size distribution.
USP# 6238333- Remote magnetic manipulation of nervous systems.
USP# 6091994- Pulsative manipulation f nervous systems.
USP# 5782874- Method and apparatus for manipulating nervous system.
USP# 6017302- Subliminal acoustic manipulation of nervous system.
USP# 6506148-Nervous system manipulation by electromagnetic fields from monitor.
All devices are used for Mind Control projects run by CIA or other intelligence agencies. A group of researchers (under the name Dr H Loos) were actually a group of hired professionals for researching and inventing such devices which could be developed and used for mass mind control, PSYOPS, behaviour modification later by CIA. 

Here are some of the patents and information relating to Hendricus G. Loos as published at Justica:
Note this patent includes microwave radiation inducements
Bipolar fog abatement system
Patent number: 4475927

giovedì 10 agosto 2017

La storia di 'Lilienfield' si replica, ma ora a Cuba ! Vedete ...

A Cuba si sta replicando quando accaduto in Russia

 Per circa 20 anni, dal 1953 al 1976, in piena guerra fredda, il lato ovest della ambasciata americana a Mosca fu “bombardato” da  radiazioni a microonde di bassa intensità, emesse da radar posizionati dalle forze dell’intelligenze dell’ex Unione Sovietica. Ne seguirono diverse pubblicazioni scientifiche che misero in rilievo gli effetti sulla salute che si erano evidenziati negli addetti dell’ambasciata con particolare riferimento alla così detta “malattia da radiofrequenza” caratterizzata da sintomi tipici dell’EHS 
Fu chiamato Lilienfeld Study  

A quanto pare il governo americano sa bene gli effetti dei EMF!


Qui a Cuba si sta parlando di fine 2016 con la espulsione per rappresaglia di 2 diplomatici dagli USA in questi giorni ...