Written evidence submitted by Jessica Learmond-Criqui
BROADBAND AND THE ROAD TO 5G
HEALTH IMPACT OF 5G
This note addresses the call for evidence as part of the inquiry by Parliament into Broadband and the road to 5G. It deals with that part of the enquiry as follows:
“What are the challenges to the roll-out of 5G “. The major challenge is the health of humans. The roll out is detrimental to the health of the nation and needs to be stopped pending evidence from the industry that this technology is safe.
This note deals with the following issues:
(a) What is 5G;
(b) Why are people concerned about health re 5G;
(c) What do some doctors say;
(d) The government and its agencies have washed their hands of health issues;
(e) So, what are the ICNIRP guidelines and what’s wrong with them;
(f) How do the UK agencies interact with the international agencies and ICNIRP;
(g) Let’s now look at some legal aspects; and
Please also see the Ecolog Institute report prepared for T Mobile in 2000 which confirms harm to humans from electromagnetic frequencies.
See also a report on the clear evidence of the risks to children of smartphone wifi and radio frequency radiation by Professor Tom Butler.
It spells out clearly that low level EMFs are harmful to humans.
read the BioInitative report at:
B. Why are people concerned about health re 5G
- a persistent headache;
- high levels of anxiety;
- a constant humming sound in her ears;
- itching skin; and
- other symptoms which recede when she goes into green wooded spaces.
someone posted your Ham&High letter on Nextdoor, where I came across it. Many thanks for taking the time to write it!
I am now writing to you to share with you our recent personal experience with 5G.
We live in a terraced house in Kentish Town and there is a council block facing the back of it.
In May this year an earlier mobile phone mast installation on the roof of this block was “upgraded” to 5G. I was told at the time that this is the first such installation of 200 planned for Camden alone. I was also told that local engineers have no access to the control panels. In our case the infrastructure or hardware(?) is made and supplied (apparently for free) by Huawei and is being operated remotely by Huawei engineers.
Our bedroom is approx. 5-6 meters away from the public exclusion zone around the two antennas directly facing us.
My first response was to get in touch with the Camden New Journal, write to Public Health England and my MP, Keir Starmer whom I also went to see in person at his surgery. I also sent various FOI requests to the council.
Tom Foot of the CNJ initially seemed very keen to look into the issue and asked me to forward all the communication but has since gone quiet.
All the official respondents are unanimously hiding behind the ICNIRP "guidelines" (I assume you are familiar with who the ICNIRP are?) and PHE more or less confirmed that we are now guineapigs (no adverse effects anticipated, but should the evidence change they’ll let us know….).
I alerted PHE to the fact that some tenants of the council block have to walk through the exclusion zone in order to reach their flat and also told them that tree surgeons had been sent into this zone to “reshape” one of two very large trees near the antennas. PHE responded that there should be warning signs and/or cordened off areas but this is still not the case.
Various big law firms I approached hoping they might be interested in looking into this unprecedented threat to our privacy and health (and theirs!) didn’t show any interest either.
Whilst trying to alert others to this issue I also did everything I could to inform myself. An accoustimeter I purchased showed ridiculously high rf readings in our house and garden, especially at night. An emf expert has since confirmed these.
As I began to feel unwell and also utterly unsafe in our home we decided to relocate to Germany for a while and we ended up staying there for nearly three months.
Since our return we have been sleeping under an emf bed canopy and we also brought back a German system which plugs into the electricity circuit of the house and is designed to mitigate the adverse effects of the radiation. These two measures are enabling us to be in our home of twenty years at least for the time being.
As things stand I don’t have much hope that we will be allowed to return to our previous life without a 24/7 watchtower monitoring our every move and microwaving us and the wildlife in our garden in the process. The law is not on our side.
But maybe there is still a little bit of time to initiate some debate about where we seem to be going and stop this madness going any further. Who decides that we will have no choice but to live in "smart" cities and a toxic digitalised environment????
Please get in touch if you would like me to send you all the various letter exchanges or if you would like to meet up sometime.
Best wishes and thanks again for your attempts to raise awareness
Home sweet home
We have a lovely home, but a mobile mast has been put up right next to it. Do we have a choice? No; none. Even though we protested and successfully objected so that our local planners refused, along came an HM Planning Inspector to tell us it wouldn’t look bad to them, and that’s all that matters. So up it went.
Now I have problems sleeping, my partner has headaches and my daughter has started having nosebleeds. Who will believe me? I know there are lots of people and families out there like ours experiencing the same, but no-one accepts what we are saying. The collusion is staggering between the industry that says we just don’t understand, police who say it will ‘all prove to be unfounded’ and the protection authorities who say there is no evidence, whatever we say and however many of us say it. Then the industry is lobbying government and asking for more de-regulation, because they are slipping behind in international competitiveness and not making as much money as they want. And the government stands by and will not even listen to MPs in the House of Commons who want proper debate, and a slow-down in this hateful race, until we know more.
My partner was then approached by O2 Airwave because he runs a business with a convenient location for a TETRA mast. He knows that the people who work for him are worried so he asked the NRPB for a current statement on safety, and whether he can tell his employees that TETRA will not affect them.
And the NRPB told him that he ‘must make his own mind up on that’, and by the way, some people say that low frequency microwaves like TETRA have been used for weapons or mind control, but there is no evidence. He didn’t ask that!
A cruel dilemma
So we put our lovely home on the market to move on. We feel we can’t risk the children living with this radiation so close. Maybe their school is protected by the planning rules, but our home isn’t.
What do we do? Protest and risk drawing attention to our house? Or keep quiet and hope no-one notices the silver monstrosity by the garden fence? If we protest and can’t sell, we can’t get away. And then we will be told that it is because we have scared people off, not because of the mast itself, because without us they would not have worried! But it is really making us unwell!!
We decided we must tell everyone who asks that the mast has been declared OK. It has a certificate that says is is operating according to the guidelines, and that the NRPB says it is probably safe. If we say that the NRPB says it is safe we could be held to account for lying.
We wrote to the local planning office to seek advice. What do we legally have to say to people buying our house? Does this fear of ours (that our symptoms are from the mast, and may be bad in the long term as well as very unpleasant all the time), count as something material to be declared about the property? The planners refused to advise us, and suggested we seek our own legal advice.
Am I getting this right? It appears that since the government has chosen not to protect us from something that they certainly know may not be harmless, we must pay to find out if we must warn prospective buyers of the danger they say probably does not exist? And if the legal advice is that we must inform prospective buyers? Isn’t that like warning them off? How extraordinary.
A family viewed our house, with happy little children. It is a lovely house, and the rooms are bright, a good size and well-proportioned. It is an ideal family home. I don’t want them to buy it. But I want to get away. I want to sleep again, and for us all to be happy and well.
Mr Blair; Mr Prescott; Mr Clark; Sir William Stewart, at the Health Protection Agency. None of you seems to care. Is my family an acceptable casualty in the cause of your politics? Forgive me if I believe down to my toes that we have lost democracy, lost our human rights and that you have abdicated all responsibility.
Deb Persampire, an American mother, decided to do something when she found out about the 5g rollout in her town, on her street and outside her house. Without her knowledge and apparently without regard for her safety and that of her children; her local council had instructed the installation of ‘small cell’ towers all over town.
Her story is your story, the same thing is happening in the UK. EE and Vodaphone are rolling out 5G technology which recent scientific studies have shown to be harmful to human development and function. Please view the video and share widely
C. What do some doctors say
High frequency fields (100 kHz to 300 GHz)
Exposure to high frequency fields below the relevant action level (AL) may cause interference with the normal functioning of active implanted medical devices or bodyworn medical devices. Any malfunction could have potentially serious consequences.
Passive medical implants that are metallic may serve as absorbing antennas resulting in local increases in RF exposure of tissues and possible injury.
The first indication of exposure to high frequency fields may be the sensation of warmth as the worker or parts of their body are heated by the field. However this may not always be the case and feeling warm is not a reliable warning signal. It is also possible to ‘hear’ pulsed fields between 300 kHz and 6 GHz, so clicking, buzzing or hissing noises may be heard by exposed workers.
Prolonged exposure of the whole body can result in a rise in body temperature.
Increased temperature of only a few degrees can lead to mental confusion, fatigue, headache and other symptoms of heat stress. High physical workloads, or working in hot and humid conditions will increase the likelihood of these effects. The severity of the symptoms also depend on the physical condition of the worker, whether they are dehydrated or not, and on the clothing they are wearing.
Partial body exposure can lead to localised heating or ‘hot spots’ in muscles or internal organs, and also cause superficial burns which appear instantly on exposure. Serious internal injury is possible without obvious burns on the skin. Strong local overexposure may cause damage to muscles and surrounding tissues in exposed limbs (medial compartment syndrome), which develops instantly or within a few days at most. In general terms, most tissues can tolerate increases in temperatures for short periods without harm, but a temperature of 41 °C for more than 30 minutes will produce damage.
A temporary lowering of sperm count is possible with exposures that cause substantial heating of the testis, and heating may increase the risk of miscarriage in early pregnancy.
The eye is known to be sensitive to heat, and very high exposure well above the ELV may cause inflammation of the sclera, iris or conjunctiva. Symptoms can include redness, pain in the eyes, sensitivity to light and pupillary constriction. Cataracts (opacities of the lens) are rare but a possible late effect of exposure, and can take weeks or months to develop following exposure. There are no reports of effects occurring years after exposure.
For higher frequency fields (around 6 GHz and above) energy absorption becomes increasingly superficial. These fields will be absorbed by the cornea of the eye, but exposures well above the ELV will be required to cause burns. The skin will also absorb these high frequency fields and at sufficiently high exposures this may result in pain and burns.
Workers may suffer electric shock or contact burns from touching working antennas or from contact with large metallic, ungrounded objects, such as cars, in the field. Similar effects may occur when an ungrounded worker touches a grounded metallic object.
These burns may be superficial or deep within the body. Metallic implants, including dental fillings and body piercings (as well as jewellery and some tattoo pigments), can concentrate the field leading to localised heating and thermal burns. High exposure of the hand may also result in nerve damage.
Case reports of overexposed workers suggest other symptoms may also be possible.
These include headaches, bowel upset, lethargy, and long-lasting feelings of ‘pins and needles’ in the exposed tissues.
Stress reactions may be associated with actual or suspected overexposure.
“On the horizon, a new generation of even shorter high frequency 5G wavelengths is being proposed to power the Internet of Things (IoT). The IoT promises us convenient and easy lifestyles with a massive 5G interconnected telecommunications network. However, the expansion of broadband with shorter wavelength radiofrequency radiation highlights the concern that health and safety issues remain unknown. Controversy continues with regard to harm from current 2G, 3G and 4G wireless technologies. 5G technologies are far less studied for human or environmental effects” (Russell, 2018).”
“5G networks will soon be rolled out for mobile phone and smart device users. How exposure to electromagnetic fields could affect humans remains a controversial area, and studies have not yielded clear evidence of the impact on mammals, birds or insects. The lack of clear evidence to inform the development of exposure guidelines to 5G technology leaves open the possibility of unintended biological consequences”
D. The government and its agencies have washed their hands of health issues
Mr President, Your Excellencies, Ladies and Gentlemen, faithful late night audience.
It is customary for the British Prime Minister to come to this United Nations and pledge to advance our values and defend our rules, the rules of a peaceful world.
From protecting freedom of navigation in the Gulf, to persevering in the vital task of achieving a two-state solution to the conflict in the Middle East. And of course I am proud to do all of these things.
But no-one can ignore a gathering force that is reshaping the future of every member of this Assembly. There has been nothing like it in history. When I think of the great scientific revolutions of the past - print, the steam engine, aviation, the atomic age - I think of new tools that we acquired but over which we - the human race - had the advantage, which we controlled. That is not necessarily the case in the digital age.
You may keep secrets from your friends, from your parents, your children, your doctor – even your personal trainer – but it takes real effort to conceal your thoughts from Google. And if that is true today, in future there may be nowhere to hide. Smart cities will pullulate with sensors, all joined together by the “internet of things”, bollards communing invisibly with lamp posts, so there is always a parking space for your electric car, so that no bin goes unemptied, no street unswept, and the urban environment is as antiseptic as a Zurich pharmacy.
But this technology could also be used to keep every citizen under round-the-clock surveillance. A future Alexa will pretend to take orders. But this Alexa will be watching you, clucking her tongue and stamping her foot. In the future, voice connectivity will be in every room and almost every object: your mattress will monitor your nightmares; your fridge will beep for more cheese, your front door will sweep wide the moment you approach, like some silent butler; your smart meter will go hustling - if its accord - for the cheapest electricity.
And every one of them minutely transcribing your every habit in tiny electronic shorthand, stored not in their chips or their innards - nowhere you can find it, but in some great cloud of data that lours ever more oppressively over the human race - a giant dark thundercloud waiting to burst and we have no control over how or when the precipitation will take place. And every day that we tap on our phones or work on our ipads - as I see some of you doing now - we not only leave our indelible spoor in the ether but we are ourselves becoming a resource. Click by click, tap by tap.
Just as the carboniferous period created the indescribable wealth - leaf by decaying leaf - of hydrocarbons, data is the crude oil of the modern economy and we are now in an environment where we don’t know who should own these new oil fields. We don’t always know who should have the rights or the title to these gushers of cash and we don’t know who decides how to use that data.
Can these algorithms be trusted with our lives and hopes? Should the machines - and only the machines - decide whether or not we are eligible for a mortgage or insurance or what surgery or medicines we should receive? Are we doomed to a cold and heartless future in which computer says yes - or computer says no with the grim finality of an emperor in the arena? How do you plead with an algorithm? How do you get it to see the extenuating circumstances and how do we know that the machines have not been insidiously programmed to fool us or even to cheat us?
We already use all kinds of messaging services that offer instant communication at minimal cost. The same programmes, platforms, could also be designed for real-time censorship of every conversation, with offending words automatically deleted, indeed in some countries this happens today. Digital authoritarianism is not, alas, the stuff of dystopian fantasy but of an emerging reality.
The reason I am giving this speech today is that the UK is one of the world’s tech leaders - and I believe governments have been simply caught unawares by the unintended consequences of the internet; a scientific breakthrough more far-reaching in its everyday psychological impact than any other invention since Gutenberg. And when you consider how long it took for books to come into widespread circulation, the arrival of the internet is far bigger than print. It is bigger than the atomic age - but it is like nuclear power in that it is capable of both good and harm - but of course it is not alone as new technologies seem to race towards us from the far horizon.
We strain our eyes as they come, to make out whether they are for good or bad - friends or foes? AI - what will it mean? Helpful robots washing and caring for an ageing population? or pink eyed terminators sent back from the future to cull the human race?
What will synthetic biology stand for - restoring our livers and our eyes with miracle regeneration of the tissues, like some fantastic hangover cure? Or will it bring terrifying limbless chickens to our tables.
Will nanotechnology help us to beat disease, or will it leave tiny robots to replicate in the crevices of our cells? It is a trope as old as literature that any scientific advance is punished by the Gods. When Prometheus brought fire to mankind in a tube of fennel, as you may remember, that Zeus punished him by chaining him to a tartarean crag while his liver was pecked out by an eagle and every time his liver regrew the eagle came back and pecked it again and this went on for ever - a bit like the experience of Brexit in the UK, if some of our parliamentarians had their way.
In fact it was standard poetic practice to curse the protos heuretes - the person responsible for any scientific or technical breakthrough. If only they had never invented the ship, then Jason would never have sailed to Colchis and all sorts of disasters would never have happened. And it is a deep human instinct to be wary of any kind of technical progress.
In 1829 they thought the human frame would not withstand the speeds attained by Stephenson’s rocket and there are today people today who are actually still anti-science.
A whole movement called the anti-Vaxxers, who refuse to acknowledge the evidence that vaccinations have eradicated smallpox and who by their prejudices are actually endangering the very children they want to protect. And I totally reject this anti-scientific pessimism.
I am profoundly optimistic about the ability of new technology to serve as a liberator and remake the world wondrously and benignly, indeed in countless respects technology is already doing just that.
Today, nanotechnology - as I mentioned earlier - is revolutionising medicine by designing robots a fraction of the size of a red blood cell, capable of swimming through our bodies, dispensing medicine and attacking malignant cells like some Star Wars armada. Neural interface technology is producing a new generation of cochlear implants, allowing the gift of hearing to people who would not otherwise be able to hear the voices of their children.
A London technology company has worked out how to help the blind to navigate more freely with nothing more than an app on their smartphones - new technologies, produced in Britain, helping the deaf to hear and the blind to see. And we used to think that printing was something you did to run off a boarding card.
Now a British company has used 3D printing to make an engine capable of blasting a rocket into space. In African countries, millions of people without bank accounts can now transfer money using a simple app; they can buy solar energy and leap in one transaction from no electricity to green power. And new advances are making renewable energy ever cheaper, aiding our common struggle against climate change.
Our understanding of the natural world is being transformed by genome sequencing. The discovery of the very essence of life itself. The secret genetic code that animates the spirit of every living being and allows medical breakthroughs the like of which we have never known. Treatments tailored to the precise genetic makeup of the individual.
So far, we have discovered the secrets of less than 0.3 percent of complex life on the planet. Think what we will achieve when – and it is a matter of when – we understand 1 or 2 percent, let alone 5 or 10 percent.
But how we design the emerging technologies behind these breakthroughs – and what values inform their design –will shape the future of humanity. That is my point to you tonight my friends, my Excellencies - At stake is whether we bequeath an Orwellian world, designed for censorship, repression and control, or a world of emancipation, debate and learning, where technology threatens famine and disease, but not our freedoms.
Seven decades ago, this General Assembly adopted the Universal Declaration of Human Rights with no dissenting voices, uniting humanity for the first and perhaps only time behind one set of principles. And our declaration - our joint declaration - upholds “freedom of opinion and expression”, the “privacy” of “home or correspondence,” and the right to “seek…and impart information and ideas”. Unless we ensure that new technology reflects this spirit, I fear that our declaration will mean nothing and no longer hold.
So the mission of the United Kingdom and all who share our values must be to ensure that emerging technologies are designed from the outset for freedom, openness and pluralism, with the right safeguards in place to protect our peoples. Month by month, vital decisions are being taken in academic committees, company boardrooms and industry standards groups. They are writing the rulebooks of the future, making ethical judgements, choosing what will or will not be rendered possible.
Together, we need to ensure that new advances reflect our values by design. There is excellent work being done in the EU, the Commonwealth, and of course the UN, which has a vital role in ensuring that no country is excluded from the wondrous benefits of this technology, and the industrial revolution it is bringing about. But we must be still more ambitious.
We need to find the right balance between freedom and control; between innovation and regulation; between private enterprise and government oversight. We must insist that the ethical judgements inherent in the design of new technology are transparent to all. And we must make our voices heard more loudly in the standards bodies that write the rules.
Above all, we need to agree a common set of global principles to shape the norms and standards that will guide the development of emerging technology.
So - here’s the good news - I invite you next year to a summit in London, a wonderful city, where by the way it is not raining 94 per cent of the time, and where at one stage - when I was Mayor of London - we discovered that we had more Michelin starred restaurants even than Paris. The French somehow rapidly recovered - by a process that I wasn’t quite sure was entirely fair. But we still have by far, in the UK, by far the biggest tech sector - fintech, biotech, meditech, nanotech, green tech - every kind of tech - in London - the biggest tech sector anywhere in Europe, perhaps half a million people working in tech alone.
I hope you will come there, where we will seek to assemble the broadest possible coalition to take forward this vital task, building on all that the UK can contribute to this mission as a global leader in ethical and responsible technology. If we master this challenge – and I have no doubt that we can – then we will not only safeguard our ideals, we will surmount the limits that once constrained humanity and conquer the perils that once ended so many lives.
Together, we can vanquish killer diseases, eliminate famine, protect the environment and transform our cities. Success will depend, now as ever, on freedom, openness and pluralism, the formula that not only emancipates the human spirit, but releases the boundless ingenuity and inventiveness of mankind, and which, above all, the United Kingdom will strive to preserve and advance.
Excellencies, Ladies and Gentlemen, thank you for your kind attention.
Published 25 September 2019
E. So, what are the ICNIRP guidelines and what’s wrong with them
"it is most curious, to say the least, that the applicable official threshold values for limiting the health impact of extremely low frequency electromagnetic fields and high frequency waves were drawn up and proposed to international political institutions (WHO, European Commission, governments) by the ICNIRP, an NGO whose origin and structure are none too clear and which is furthermore suspected of having rather close links with the industries whose expansion is shaped by recommendations for maximum threshold values for the different frequencies of electromagnetic fields" (The rapporteur's memorandum attached to a resolution adopted by the Standing Committee of the Parliamentary Assembly of the Council of Europe in May 2011)
F. How do the UK agencies interact with the international agencies and ICNIRP
COMMITTEE ON THE MEDICAL ASPECTS OF RADIATION IN THE ENVIRONMENT (COMARE)
121st meeting, Thursday 22nd November 2018
Skipton House, London
2.12 The Chair informed members that there had been continued correspondence from the UK & Commonwealth EMF Action Group on several issues, including attendance at meetings as observers and interest in the formation of a working group for non-ionising radiation (NIR) issues. The Chair has discussed the working group suggestion with DHSC in regard to the committee’s work programme. While health issues associated with electromagnetic fields (EMFs) are within COMARE’s remit, the formation of a NIR working group now is not considered a productive use of the committee’s time. COMARE has received no specific requests for advice on NIR issues. The Chair reminded members that the World Health Organisation (WHO) is currently undertaking a review on radiofrequency electromagnetic fields and the committee would not wish to duplicate this work. It was proposed that following publication of the WHO report, the committee could review the document and produce a statement. Members were advised that there is UK engagement with WHO through the international EMF project. Members discussed the remit of the committee for NIR work and the balance with work on ionising radiation issues. Members were content with the proposal to review the WHO report and to maintain a watching brief on NIR issues.
WORLD HEALTH ORGANIZATION
ORGANISATION MONDIALE DE LA SANTE
Teléphone Cetral /Exchange (+41 22) 791 21 11
In reply please refer for: E15-445-11
Prière de rappeler la référence:
Gruppe Hans U. Jakob
CH 3150 Schwarzenburg
14. September 2001
ICNIRP is an independent scientific commission of eminent scientists established by the International Radiation Protection Association (IRPA) to provide advice on non-ionizing radiations in the same way as the International Commission on Radiological Protection (ICRP) has done for ionizing radiation for over 65 years. It is an independent and separate organization. It is not "under-organization of WHO" as stated in your letter.
However, ICNIRP is one of a very large number of NGOs in official relations with WHO and it has been working with WHO on matters related to the protection of people from exposure to non-ionzing radiation.These radiations include EMF, UV, static fields and ultrasound. ICNIRP uses WHO's health risk assessments to draft guidelines on human exposure limits, which have now been accepted for guidance or mandated into law in many countries.
Executive Director, Stustainable Development
and Healthy Environment
M. Marta Mauras, Deputy Secretary-General'Office, UN, New York
Mr.Patrizio Civili, Assistant Secretary-General for Policy,Coordination and Inter-Agency Affairs
Government response to the Stakeholder Advisory Group on extremely low frequency electric and magnetic fields (ELF EMFs) (SAGE) recommendations
5. The UK adopted the 1998 ICNIRP5 EMF public exposure guidelines in terms of the 1999 European Recommendation (1999/519/EC)6. The electricity industry currently complies with these guidelines on a voluntary basis.
13. The same NRPB 2004 publication recommended the adoption in the UK of the international (ICNIRP) guidelines based on the known science but also “that government should consider the possible need for further precautionary measures.” Precaution is mentioned because of the uncertainty in the science.
29. The Government recommends that the electricity industry takes appropriate action to identify any homes and schools that do not currently meet the ICNIRP requirements because of the proximity of high voltage power lines, and addresses the need for remedial actions to ensure that exposures do not exceed the relevant ICNIRP guidelines.
42. It is for EU Member States to determine the circumstances in which the adoption of the ICNIRP guidelines is appropriate in terms of the EU recommendation. In this regard, the UK Government considers that exposure for potentially significant periods of time might reasonably be regarded as referring to residential properties, and to properties where members of the public spend an appreciable proportion of their time. The ICNIRP guidelines are formally incorporated into the planning system for radio telecommunications but not in regard to overhead power lines, so in taking forward actions in response to the SAGE report the Government will take the opportunity to consider this matter further.
47. In the light of the above advice, we recommend that the electricity industry take steps to identify any existing homes and schools that do not meet the ICNIRP requirements because of the proximity of high voltage power lines and to consider what remedial actions might be taken to ensure that exposures do not exceed the relevant guidelines.
Summary of Advice from Public Health England on Exposure to Radiofrequency Electromagnetic Fields
12 May 2017
Central to PHE advice is that exposures to radio waves should comply with the guidelines published by the International Commission on Non-Ionizing Radiation Protection (ICNIRP). ICNIRP is formally recognised by the World Health
Organization (WHO). PHE has also issued precautionary advice to discourage the
non-essential use of mobile phones by children.
(available at eg
Summary of Advice from Public Health England on Exposure to Radiofrequency Electromagnetic Fields
[February 28 2018]
Central to PHE advice is that exposures to radio waves should comply with the guidelines published by the International Commission on Non-Ionizing Radiation Protection (ICNIRP). ICNIRP is formally recognised by the World Health Organization (WHO). PHE has also issued precautionary advice to discourage the non-essential use of mobile phones by children.
(available at eg
Electromagnetic fields and public health
Exposure to extremely low frequency fields
Health effects related to short-term, high-level exposure have been established and form the basis of two international exposure limit guidelines (ICNIRP, 1998; IEEE, 2002). At present, these bodies consider the scientific evidence related to possible health effects from long-term, low-level exposure to ELF fields insufficient to justify lowering these quantitative exposure limits.
International exposure guidelines have been developed to provide protection against established effects from RF fields by the International Commission on Non-Ionizing Radiation Protection (ICNIRP, 1998) and the Institute of Electrical and Electronic Engineers (IEEE, 2005).
National authorities should adopt international standards to protect their citizens against adverse levels of RF fields. They should restrict access to areas where exposure limits may be exceeded.
“ICNIRP undertakes all reasonable measures to ensure the reliability of information presented on the website, but does not guarantee the correctness, reliability, or completeness of the information and views published. The content of our website is provided to you for information only. We do not assume any responsibility for any damage, including direct or indirect loss suffered by users or third parties in connection with the use of our website and/or the information it contains, including for the use or the interpretation of any technical data, recommendations, or specifications available on our website.”
G. Let’s now look at some legal aspects
“The legal opinion is based on the rules of law in the European Convention on Human Rights, the UN Convention on the Rights of the Child, the EU directive on the conservation of natural habitats and of wild fauna and flora, the EU directive on the conservation of wild birds, on the precautionary principle as well as on the Bern- and Bonn- conventions on the protection of animals and plants.”
Other laws and potential breaches of laws
(a) Negligence – your company has a duty of care to the public in the tort of negligence to ensure that your products do not cause harm. They do cause harm. You have been told of this harm in this document and the email accompanying it. It is harm which is reasonably foreseeable and for which your company will be liable in damages to members of the public who suffer harm, including myself and my family.
(b) Common Assault - since it is proven that RF causes ES symptoms, then to deploy RF without consent is assault.
EVIDENCE OF BIOLOGICAL EFFECTS AT VARIOUS FREQUENCIES
Taken from the BioInitiative Report 2012 (updated to 2019), pgs 94 – 104