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Mother to pay up to £4K for independent phone mast safety tests
United Kingdom Created: 13 May 2019
A MOTHER who is concerned that the current advice about emissions from 4G phone masts is out of date is spending up to £4,000 of her own money on tests to get updated information.

Hannah Currier, a counsellor and health coach, says she is sensitive to the electromagnetic fields created by wireless networks and mobile devices and cannot hold her smart phone near her face because it feels like it is burning.

‘Scientists say there is no evidence it causes harm, but what they are actually saying is they don’t know,’ she said.

‘You could interpret that as it’s safe, or that they don’t know it’s safe. I’m choosing to interpret that as it’s not safe.’

A study carried out by consultants iWireless in 2017 on behalf of competition regulator the Channel Islands Competition and Regulatory Authorities found that all 274 masts across the Channel Islands were well within internationally recognised health-and-safety limits.

A further audit was carried out last year on new and upgraded masts and more are planned by CICRA this year. A petition on the gov.je website demanding a full investigation into the safety of a 5G network in Jersey has attracted over 520 signatures.

Mrs Currier, who says her research will be independent and is not linked to those behind the petition, is paying between £3,000 and £4,000 for a UK specialist to come over and test ten masts.

She has put a post on the Jersey Ask! Advise! Advertise! Facebook group asking for suggestions for masts to test.

‘There are lots of very polarised arguments for and against,’ she said. ‘I would love to be wrong, but I don’t think I am. It’s a big cost – but I think it’s worth it.’

The project will also be filmed.

Mrs Currier uses a smartphone with a hands-free unit and blames the electromagnetic fields associated with mobile technology for the headaches and sleeping problems she has experienced. And she says her daughter gets nosebleeds when she is near phone masts.

‘I wanted to do the tests so that when 5G [the next-generation mobile technology] comes out, we can see if there is a difference.’

The World Health Organisation describes electromagnetic fields as ‘one of the most common and fastest-growing environmental influences, about which anxiety and speculation are spreading’.

Tim Ringsdore, director for telecoms at CICRA, said: ‘We will continue to carry out independent surveys and have another planned this year.

‘We welcome the fact that the operators work within the guidelines and we will work with them to ensure this continues.’

He added that a similar set of surveys would be carried out when 5G technology was rolled out.

Graham Hughes, chief executive of telecom company Sure in Jersey, said: ‘As with our current mobile network, Sure will always adhere to and operate within international health-and-safety limits, which are regulated and independently verified by CICRA.’
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Source: Jersey Evening Post, 13 May 2019

WiFi may interact with signaling pathways in the brain, causing irreversible damage
United Kingdom Created: 23 Apr 2019
The effects of repeated WiFi exposure on human health have been widely debated. A recent study reviewed evidence from 23 controlled scientific studies which investigated the health effects of WiFi on animals, human cell lines, and humans to determine once and for all, whether WiFi has a detrimental effect on human health.

WiFi or a wireless network consists of an antenna that is connected to the internet and several wireless devices, such as laptop, phone, etc. The electromagnetic frequency of WiFi is pulsed rather than continuous. This is a critical issue, as pulsed electromagnetic frequencies have a larger biological impact.

A 2015 study argued that more pulsed an electromagnetic frequency, more harmful they are for biological specimens. Researchers have also tried to determine the dose relationship between WiFi exposure and biological effects, and found that a specific intensity range of electromagnetic pulses may produce maximum effects, and this may drop off at lower and higher intensities.

When the impact of pulsed electromagnetic frequency was observed in the brains of mice, it was found that exposure for 1–2 months was relatively modest and that the changes were reversible after removing the trigger. However, months of exposure led to severe irreversible effects on neurons and the brain. These results suggest that the changes induced by pulsed electromagnetic frequencies accumulate over time, with harmful long-term effects.
Should we stop children and pregnant women from using WiFi connected devices?

The pulsed electromagnetic frequencies may be particularly damaging in young children due to the small size of their skulls and reduced skull thickness. This may increase brain exposure to pulsed electromagnetic frequencies.

Pulsed electromagnetic frequencies have also been shown to be particularly potent in embryonic stem cells. As these cells occur at a higher frequency in fetus and children, it further puts them at risk, leading to effects on brain development. This effect is particularly striking considering that WiFi placements are a common fixture around schools these days.

WiFi may interact with signaling channels in the human brain

One of the first studies to elucidate how the pulsed electromagnetic frequencies could affect human health showed that low-intensity pulsed electromagnetic frequencies could be blocked using drugs that block voltage-gated calcium channels. Subsequent studies showed activation of calcium channels in response to pulsed electromagnetic frequencies in plants, animals, and human cells.

Apart from calcium channels, voltage-gated sodium, potassium, and chloride channels were also shown to be activated by pulsed electromagnetic frequencies. In humans, seven different voltage-gated ion channels are known to be activated by exposure to pulsed electromagnetic frequency.

This change was observed within five seconds in cells in culture, suggesting that this is a direct effect of pulsed electromagnetic frequency on the plasma membrane.

The different biological effects of pulsed electromagnetic frequency exposure include oxidative stress, lower female/male fertility, neurological effects, cell death, and damage, changes in steroid hormone levels, calcium overload.

Previous studies that have investigated this effect used computers with WiFi cards. Although WiFi cards have been designed to communicate with WiFi antennae, currently there is no information as to how these pulsed electromagnetic frequencies compare with the radiations of genuine WiFi.

Furthermore, many studies have claim there are no effects of pulsed electromagnetic frequencies as the observed effects were not scientifically significant. However, concluding that there is an absence of effects due to lack of statistical significance may not mean that there is no effect whatsoever.

The ubiquitous presence of WiFi in spaces occupied by humans, particularly in schools should be dealt with caution until the effects of pulsed electromagnetic frequencies on humans are established.
Source:

Martin L. Pall. 2018. Wi-Fi is an important threat to human health. Environmental Research. 164 pp.405-416.
doi.org/10.1016/j.envres.2018.01.035
Click here to view the source article.
Source: News Medical, Dr. Surat P, Ph.D., 18 Apr 2019

Do smartphones cause cancer? World Health Organisation to assess brain tumour link
United Kingdom Created: 20 Mar 2019
The World Health Organisation (WHO) is reviewing whether smartphones might increase the risk of cancer, the Telegraph understands.

The UN health body is conducting a review of the latest scientific studies in an attempt to put to bed an ongoing row among scientists about the link between brain tumours and increased use of mobile phones.

Despite their widespread use researchers have for decades disagreed about the extent to which mobile phone signals constitute a health risk. The last report of its kind was released by WHO in 2011. It graded high radiofrequency, the energy emitted from wireless devices like phones, WiFi routers and phone masts, as a “possible carcinogen".

Since then, several new pieces of research have been published including a 10-year US study commissioned by the US Food and Drugs Administration, which showed clear evidence of cancer in male rats and some in female rats when exposed to the kinds of radiation emitted from 2G and 3G phones. It was thrown out by the FDA upon its release in November last year because the animals were exposed to the highest possible radiation a human might experience from their phone for prolonged amounts of time, something the organisation said was unlikely to happen in real life.

A deadline for the review has not been set but Dr Eric Van Rongen, chair of the organisation that is tasked with setting the limit at which phones can emit radiofrequency, ICNIRP and a member of the WHO, said that his peers were currently looking "at all the high quality papers ever published" with the review expected "next year".

Industry-wide guidelines limiting how much radiation phones can generate have been in place since 1999 following concerns about the emission of radiowaves from phones, which are absorbed by about 1-2cm into the body.

Evidence suggests that those using smartphones infrequently are unlikely to have a risk of cancer and experts point to the fact that brain tumours have not become epidemic despite the increased use of the technology. But Joachim Schüz, head of radiation at the WHO's International Agency for Research on Cancer said there were questions over “heavy users” who are on their phone for several hours a day with some studies suggesting an increased risk in brain tumours.

“We have some uncertainty with very heavy use of mobile phones, but that definition is not very easy to make,” Mr Schüz said. “On the one hand, people use their phone much more often nowadays because it is cheaper but they use it in different ways, like holding it in their hand rather than by their head or they leave it in their pocket.”

Phone makers including Samsung, Apple and Google warn users to hold the phone at least 5 or 10mm away from their head and body, and avoid using a metal case to ensure the radiation adheres to current guidelines. Those who use their phone for several hours a day could consider using headphones or a hands-free device, Mr Schüz said.

Official NHS advice says that those concerned should ensure children, deemed a higher risk factor because they absorb more energy, “should only use mobile phones for essential purposes and keep all calls short” and “only use your phone when your reception is strong”. Phones emit more radio waves in areas with poor reception because it uses more energy to try and find a connection. It says the biggest health risk of phones is using them while driving.

Other countries have been cautious with an Italian court forcing the government to fund a public awareness campaign over potential risks to health this summer. France has ruled that phone manufacturers must display the radio wave absorption rate (SAR) and test handsets to make sure they comply. Last year it found eight models on the market which did not. Berkeley, California, alerts customers that phones might pose a health risk owing to the radiation they emit.

Alarmed by a body of conflicting evidence over the past decade, scientists have called for further studies to be conducted into the potential impacts. The advent of fifth generation wireless, of 5G, has sparked further debate over the impacts it could have on the population because the networks will require higher frequencies and more phone masts.

Simon Mann, head of radiation dosimetry at Public Health England said: “It is possible that there may be a small increase in overall exposure to radio waves when 5G is added to an existing telecommunications network or in a new area; however, the overall exposure is expected to remain low relative to guidelines and as such there should be no consequences for public health.”

Dr Rongen of ICNIRP, the organisation which is tasked with setting the limit at which phones can emit radiofrequency that it would be “very difficult to predict” if there are any potential health hazards associated with the new network.

“It is not set up as a public health experiment but of course you can consider it as such. It will be necessary to gain more information about the exposure and any health problems that might come from an effect of that exposure,” however, he added, “this is not any different to monitoring prescription drugs that we rely on”.

ICNIRP plans to relax the emissions limits ahead of 5G, which will grant telecommunication companies more leeway when designing the phone masts needed to provide coverage across the UK, US and Europe.

Researchers have long disagreed over the effects of mobile signals In the late Nineties, studies by Sweden, Japan and other countries found higher risk of brain tumours in heavy users. However, scientists have not noticed increased rates of cancer in countries where smartphones have become ubiquitous.
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Source: Telegraph, Margi Murphy, 03 Mar 2019

ICNIRP will relax guidelines to accommodate 5G
United Kingdom Created: 12 Mar 2019
Safety restrictions on how much radiation phone masts are allowed to emit are to be relaxed next month, ahead of the introduction of 5G networks.

ICNIRP, the global scientific body used to set standards on radio frequency emissions from smartphones, WiFi routers and phone masts, will vote on easing its guidelines next month.

The Munich-headquartered organisation, made up of a dozen scientists, believe the existing rules can be relaxed without any health risks.

Telecoms companies have been hoping the restrictions will be relaxed to allow them to set up next-generation mobile networks, which will require more powerful signals.

The World Health Organisation is currently studying whether radiation from mobile networks is harmful, in an attempt to settle disagreements among researchers about the signals allegedly increasing the risk of cancer.

Fierce opposition to phone towers in residential areas across the country has persisted for almost two decades, owing to concerns the radiation they emit might be harmful to public health.

Campaigners have stepped up opposition ahead of the new networks as the successor to 4G will need more masts to provide the necessary coverage, each operating at a higher frequency. The current limits were created in 1999. The government rules that any manufacturer must ensure masts, or phones, comply.

Around 25,000 masts or cell sites are needed to cover mainland UK on the current network. But when data rates rise with 5G, they will need to push more power into the radio signal and larger coverage, New masts may appear on bus stops, lamp posts and in homeowners’ TV set top boxes.

Mobile phone companies promise the new networks will contribute billions to the economy owing to their super fast speeds that can accelerate smart cities, homes and driverless cars. Matthew Fell, the UK policy chief at the Confederation for British Industry last month urged politicians to help “supercharge broadband and 5G to stop UK economy from buffering”, and stop it being overshadowed by Brexit.

Vodafone announced last week that it is launching 5G in 19 towns and cities across the UK this year. The US has similar trials taking place across the country, backed by Donald Trump who wrote on Twitter that he wanted the technology “as soon as possible”.
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Source: Telegraph, Margi Murphy, 09 Mar 2019

Somerset parent pulls child out of school due to wi-fi radiation
United Kingdom Created: 5 Mar 2019
They claim their child has suffered from 41 nasty side-effects stemming from wi-fi waves.

A parent has taken their child out of a Somerset school because of dangerous wi-fi radiation there, they have claimed.

They say they have been forced into home-schooling after their child began to suffer from a long line of serious symptoms that they believe have stemmed from wi-fi radiation.

In a letter to local newspaper Western Gazette the parent wrote that society must do something about the issue or "we will be no more".

Due to legal reasons, the parent cannot be identified.

They wrote: "We have had to resort to home-schooling our child this year due to the effects of wi-fi at school and the unwillingness of the school to take appropriate action in consequence and the fact that it seems every school in the area has wi-fi.

"Lo and behold every one of these symptoms disappears when there is no wi-fi (as at home).

"The full situation only came fully to light as a result of a series of school absences. It would seem that, as is often, children ‘manage’ such symptoms and don’t want to make a fuss of them. What else is going on in the body, we dread to think.

"As parents we have also experienced similar effects and we know many others who have as well. Sometimes the effects have been so bad as to result in the need to resign from a job."
The 41 claimed side-effects of wi-fi

The parent has claimed their child has suffered from:

Tinnitus (buzzing in the ears)
Headaches
Head feeling strange
Pressure in head
Bloodspots from nose
Heart palpitations
Difficulty concentrating
Forgetfulness
Speech affected (word selection)
Redness of the face
Itchy skin
Skin rashes
Anxiety
Crying (or feeling like)
Agitation
Depression
Mood swings
Discomfort
Disconnection
Feeling out of control
Apathy
Loss of empathy
Loss of appetite
Nausea
Tummy pains or wind
Pain and / or stiffness in joints and muscles
Muscle spasms
Aching or restless limbs
Weak limbs
Stabbing pains
Poor decision making
Loss of balance
Flu-like symptoms
Nerve twinges
Avoiding eye contact
Eyelids flickering or twitching
Dry, itchy or smarting eyes
Shortness of breath
Excessive trips to the loo
Vomiting in mouth
Hair and eyelash loss



The parent wrote: "The absolutely crazy thing about wi-fi is that the Access Points (usually located on walls or ceilings or indeed hidden) transmit strong signals continuously even when no-one is using the wi-fi! I have heard it that the school register can only be taken using a wireless tablet. How ridiculous is that!

"If people don’t know, wi-fi consists of pulsed polarised microwave radiation. Incidentally, there may be other ways to connect wirelessly without the risk of harm. For instance li-fi modulates light (abundant and natural) - although systems such as li-fi are in their infancy.

"Over the last year too it has been noted in the media that increased screen time is associated with increased ill health. Many ‘screens’ are used wirelessly it would seem. Some, as in homes and offices, are not.

"What a good time to review wireless use and start cutting back on it for the sake of yours and the planet’s future!"

The parent added: "Some people say ‘we can’t do without all this’ but without doing something about it, we will be no more – along with the insects and other creatures whose numbers we hear are decreasing alarmingly (human fertility has reduced by some 60% in the last 30 or so years – the same period over which wireless has been introduced).

"There have been numerous appeals and declarations over recent years to the WHO and the UN. Is it therefore not time to think about our future and start reducing reliance on wireless and find other, better ways to do things?

"Much is talked about environmental pollution these days. This wireless radiation, given its prevalence, is pollution like no other."

Somerset County Council has been approached for a comment on the matter.
Click here to view the source article.
Source: Somerset Live, Tomas Malloy, 28 Feb 2019

5G buildout will be more involved than we’ve been led to believe
United Kingdom Created: 26 Feb 2019
The 5G spectrum that each cellular network operator has license to will have ramifications for the 5G mobile telephony infrastructure they will have to build. Here we’ll take a look at what the industry knows about the behavior of signals at 5G frequencies and what that might mean for their deployment plans.

From the moment that the wireless industry decided it would make use of higher frequencies for 5G transmission, everyone has known spectrum would have some ramifications for those deployment plans. One issue, it turns out, will probably not be that big of a deal, the other somewhat more consequential, but neither is addressed very often. Both derive from what’s commonly known: the higher the frequency of a wireless signal, the less well it propagates and the less able it is to penetrate obstacles. So as a practical matter:

In contrast to deploying 3G and 4G, deploying 5G will require distinct indoor and outdoor strategies.
5G base stations will have to be spaced more closely, necessitating more of them, especially in densely populated areas.

That first concern would have been a much bigger problem for 5G but for a solution already widely adopted in response to another issue entirely. When operators of 4G networks got concerned they would become strapped for capacity, they began to support dual mode (cellular / Wi-Fi) handsets. A significant amount of what would have been wireless network traffic is now shunted off to Wi-Fi. Dual-mode operation represented a relief valve for the growing traffic problem.

Also, and it doesn’t happen all that often, but there are indoors areas where 4G reception is diminished or lacking. Dual-mode operation has been the answer for that, too.

And that points to why dual-mode operation is a blessing for operators evolving their networks to 5G. Indoor reception problems are guaranteed with 5G; higher-frequency millimeter wave signals in particular will not penetrate walls. If dual mode hadn’t already become a common feature, the industry would have had to introduce it.

An alternative would have been to create small cells that combine 4G and 5G (and probably Wi-Fi anyway). Wireless network operators have been considering small cells for more than 15 years, but if small cells were the best solution for anything we’d have them already. Nobody will deploy extra customer premise equipment (CPE) if they can get out of it to avoid the costs to buy and maintain it.

One other thing: network operators will be retaining all their 4G infrastructure. When 5G wireless phone subscribers who don’t enable Wi-Fi end up in 5G dead spots, they’ll be connected via 4G instead. So the bright 5G future for an awful lot of mobile phone use will actually be Wi-Fi and 4G. Feel the 5G excitement yet?

Weak signal propagation with 5G frequencies is the more serious constraint for mobile telephony, however, and it turns out that mmWave frequencies are not all created equal.

Buildings, hills, trees and other physical objects – even people (especially people, where there are crowds) will obstruct any mmWave signal.

Water vapor – humidity – will cause signal loss at 24 GHz. Oxygen is an impediment at 60 GHz. You read that right – the stuff in the atmosphere that is an absolute requirement for life on Earth can be a problem (see Figure 1).

As a practical matter, under most circumstances, water vapor and oxygen might ding a link budget by only a decibel or so, but then there will be circumstances in which it will be serious; rain fade has to be taken into account. “While a strong signal will not suffer, a weak or marginal signal may become unusable in heavy rain conditions,” reported Joel Conover, senior director of Industry Solutions & Digital Marketing at Keysight Technologies, in a recent EDN article.

There are other challenges when moving into mmWave frequencies, some outlined in the same story. For example, when a 5G receiver is moving at speed (say, 30 mph), channel coherence at frequencies of 6 MHz and below will be measured in milliseconds. In the millimeter range, that drops to microseconds. Not impossible to deal with, but it will have to be dealt with.

Previous estimates have been that the average distance between 5G base stations might be 250m to 300m. With combined effect of all the potential impediments, most equipment designers are targeting 150 meters to 200 meters apart everywhere, simply to get adequate coverage, Conover reports.

By way of contrast, 4G cells in densest urban areas might be as close as 400 meters to 800 meters apart (in more open areas they might be a kilometer or two apart, or more).

Wireless operators are going to have to install more 5G base stations than they did to support 4G, they’re going to have to install more 5G base stations than they originally estimated. This is going to increase the expense of rolling out 5G.

It is instructive to consider this when regarding wireless companies’ efforts to induce the Federal government to force local jurisdictions to reduce or eliminate pole attachment fees.

What does this mean for each wireless provider?

The only competitor that might possibly eke some edge out of all of this is T-Mobile. T-Mobile stocked up on licenses for spectrum at 6 GHz and below (< 6 GHz), and it plans to have its initial rollout of 5G services reliant almost solely on that spectrum. It also says it will use mmWave spectrum (assuming it wins the licenses it desires) at some later date to expand its 5G coverage.

Using mostly spectrum at < 6 GHz, T-Mobile might be able to establish its 5G network with greater spacing between cells, which would mean it will be able to get up and running having installed fewer cells at a lower total cost. It might end up with more reliable service, though that remains to be seen.

T-Mobile will eventually have to install more cells more closely packed when it does finally supplement its 5G coverage using mmWave spectrum, true, but at the very worst the company seems to have charted a path with the most measured approach possible to 5G-related capital expenditures.

The other major wireless network operators appear on a course where they will be mixing-and-matching <6 GHz and mmWave coverage sooner rather than later.

It makes no sense to install multiple, distinct sets of base stations, with each set dedicated to transmission at a single frequency. It would be exceedingly expensive, and exceedingly difficult from a logistics perspective, given the complexity of the process of siting cells.

Since every major wireless network operator will be mixing and matching 5G spectrum to get maximum coverage, all of them (with the possible exception of T-Mobile – and then only in the short term) wireless network operators will be compelled to space their 5G base stations at 150m-200m distances, regardless of the spectrum they have license to use.

Back in February, when companies were still early in the process of field testing 5G transmission systems, the Small Cell Forum estimated that by 2025, the industry will have installed 13.1 million 5G or multimode small cells. That is almost certainly now an undercount.

The Federal Communications Commission (FCC) is currently in the process of selling licenses to 24 GHz and 28 GHz spectrum in separate, parallel auctions. There are 40 companies who have lodged bids for licenses in one or both; most are small regional companies. As has been the case with almost every US spectrum auction thus far, the biggest companies are expected to win the vast majority of licenses.

AT&T, Verizon Wireless, Cox Communications, T-Mobile, U.S. Cellular and Windstream are the biggest companies competing for licenses for 24 GHz spectrum. Another notable bidder is Starry, an ambitious startup.

Verizon already has licenses to quite a bit of 28 GHz spectrum through its $1.8 billion acquisition of XO Communications in 2017. The list of network operators likely to snap up the majority of the remaining 28 GHz spectrum is almost, but not quite, the same as the list for the 24 GHz auction: AT&T (through AT&T Spectrum Frontiers), Verizon Wireless, T-Mobile, U.S. Cellular, Frontier Communications and Windstream.
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Source: EDN Network, Brian Santo, 19 Dec 2018

Government urges parents to limit their children’s social media use to TWO hours at a time
United Kingdom Created: 4 Feb 2019
In the first formal guidelines ever, the Chief Medical Officer will pile huge pressure on web giants to introduce a cut-off for under-18s.



Kids should then take “exercise breaks”. The move comes amid growing alarm at a generation hooked on social media.

Campaigners are likely to demand the crackdown – to be unveiled by Dame Sally Davies next Thursday – goes even further.

Research earlier this week found under-fives spend four hours and 16 minutes a day glued to screens - including online, ,gaming and TV.

Seven in ten of those aged 12 to 15 took smartphones to bed.

And a fifth of children aged 8-12 are on social media – despite supposed bans on under-13s. The new guidelines revealed by James Forsyth in today’s Sun follow an official request from Health Secretary Matt Hancock

The Tory high-flyer last weekend demanded social media giants remove suicide and self-harm material from their sites after the father of a 14-year old teenager blamed Instagram for her death.

Ian Russell said Molly – who committed suicide two years ago – had been looking at social media content about depression, self-harm and suicide.

In a blistering letter to web firms, Mr Hancock said: “It is time for internet and social media providers to step up and purge this content once and for all.”

He added: “Let me be clear, we will introduce new legislation where needed.”

Ofcom earlier this week claimed so many children were glued to YouTube that they had given up other activities such as drawing or going out on their scooters.

Some youngsters said they went out less - because of it was “too much effort” when they could just hook up online.

Researchers warned while many kids go online to watch harmless videos they end up watching unsuitable content by accident.



Education Secretary Damian Hinds last November urged parents to lead by example and drag themselves away from smartphones and tablets.

US academics last summer said children learn smartphone habits from their parents – and it was important adults learn to “unplug”.

The Chief Medical Officer’s view is guidance rather than regulation. Sources compared it to official advice such as “eat your five a day” on vegetables.

The advice will say that kids shouldn’t spend no more than two hours at a time on social media - and that they should do exercise before going back on again.

But insiders said the political argument will be whether the social media companies self-regulate - such as logging out under 18s once they’ve been on for two hours.
Click here to view the source article.
Source: The Sun, Steve Hawkes, 01 Feb 2019

Warning issued over mobile phone mast that could be situated near Cambuslang school
United Kingdom Created: 14 Jan 2019
The council has demanded that Hastie Bakery be removed from a list of eight possible mast sites in the town until an investigation is carried out into the impact such a mast would have on children at nearby St Bride’s Primary School.

Greenlees Road must be removed from a list of potential sites for a mobile phone mast, Cambuslang Community Council has warned.

Vodafone UK and Telefonica UK confirmed in December that a number of locations were being considered to install a telephone mast after previous plans to erect one at the junction of East Greenlees Road and Murdoch Avenue fell through.

John Bachtler, chairman of Cambuslang Community Council, said a directive from the UK Government states schools and parents have a right to know the level of radiation which pupils are currently, or could later be exposed to.

In a letter to Mono consultants, the firm surveying potential sites for the mast on behalf of the phone companies, Mr Bachtler said: “Our concern relates to the very close proximity of one of the proposed base stations to St Bride’s Primary School in Tabernacle Street just off Greenlees Road.

“We would be grateful if you would kindly provide us with the details of any audit that may have been done of radiation from that base station, in particular radiation levels that are likely to be experienced at St Bride’s Primary School. If no such audit has been undertaken, could you advise us on when this will be done.

“In the absence of such an audit, we object to any proposal for the siting of a base station in the area, and especially in the vicinity of St Bride’s Primary School, being taken forward.”

Mr Bachtler also urged Telefonica and Vodafone to host a public meeting and further consult the community before submitting a planning application for any of the eight sites currently under consideration.

This includes: Hillhouse Industrial Estate, Atlas Industrial Estate, Cambuslang Rangers, The Brae Public House, South West Paint Suppliers Ltd, Hastie Bakery, Bute Tower and Benmore Tower.

A spokesman for Mono Consultants said the mast was needed to improve 3G and 4G coverage in the area.


He said: “All Vodafone and Telefónica installations are designed to be fully compliant with the public exposure guidelines established by the International Commission on Non-Ionizing Radiation Protection (ICNIRP). These guidelines have the support of UK Government, the European Union and they also have the formal backing of the World Health Organisation. A certificate of ICNIRP compliance will be included within the planning submissions.”

Telefonica and Vodafone UK first announced plans to erect a mobile phone mast in the Cambuslang area in the spring of 2017.

However, it later emerged that the land on which they hoped to build the mast was not actually owned by the person with whom they had struck an agreement.

The news followed weeks of opposition from local residents and a petition which garnered hundreds of signatures.

Residents stated they had concerns about the impact radiation would have on their physical and mental health.
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Source: Daily Record, Edel Kenealy, 10 Jan 2019

Agnes, founder of Mast-Victims.org has passed away
United Kingdom Created: 24 Dec 2018
She lost the battle against microwave radiation sickness and finally, cancer.

Click this link to read this obituary in its original layout: https://www.mast-victims.org

Despite her health problems, Agnes brought people together for the cause. She tracked down EHS sufferers, EMF activists, scientists and researchers and made sure people got connected across the world. Tirelessly, the Icelandic lady worked full-time in the family business at day and helped people fight the global wireless industry blitz at night.

In 2003 my parents were poisoned by microwave radiation from a mobile-phone mast installed only 28 meters from their home. The main-beam of radiation was pointed straight into the house. A full-on assault that devastated their health. By the flick of a switch they went from virtually never having a sick-day, to having severe health problems and becoming highly sensitized to the radiation.

We sued the Telecom and in 2005 the case went to High Court. It was proven that the Telecom had lied and falsified evidence — to the point of "editing" their own expert witness's statement (highly illegal) — and somehow, the Judge still ruled in their favor. With the nationwide rollout of "3G" beginning we realized that this had gone all the way to the top and that our case was slaughtered for political reasons. Death of Justice. Now we face an onslaught of "5G".

Reports of similar cases of injustice worldwide spurred the birth of Mast-Victims — dedicated to the victims of people who seemingly wield injustice as a tool towards their self-serving goals.

Agnes was hit hardest by the radiation exposure. She never regained her health. It just kept declining no matter what, making clear that wireless radiation can damage the immune-system beyond repair.

Goodbye mom! We miss you so desperately!
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Please honor Agnes' memory by continuing the fight against the radiation pollution of the wireless industry and Governments. Don't give up! Unite. We are so close to winning.

If you wish to be notified of the funeral and where to send your condolences, please send an email with subject-line: "Agnes" to webmaster@mast-victims.org. Thank you.
Click here to view the source article.
Source: Henrik Eiriksson, Mast-Victims, 24 Dec 2018

LiFi is a paradigm-shifting 5G technology (2017)
United Kingdom Created: 23 Dec 2018
Abstract: In this paper we will first explain what Light-Fidelity (LiFi) is and argue that it is a 5th Generation (5G) technology. Peak transmission speeds of 8&#8239;Gbps from a single light source have been demonstrated, and complete cellular networks based on LiFi have been created. We will discuss numerous misconceptions and illustrate the potential impact this technology can have across a number of existing and emerging industries. We also discuss new applications which LiFi can unlock in the future.

Introduction

LiFi is a wireless communication technology that uses the infrared and visible light spectrum for high speed data communication. LiFi, first coined in [1] extends the concept of visible light communication (VLC) to achieve high speed, secure, bi-directional and fully networked wireless communications [2]. It is important to note that LiFi supports user mobility and multiuser access. The size of the infrared and visible light spectrum together is approximately 2600 times the size of the entire radio frequency spectrum of 300&#8239;GHz

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Source: Science Direct, Harald Haas, 27 Oct 2017

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