[5G – BC Cancer Agency – BC Hydro – Doctor – EHS – EMF – FBI – Health – IoT – James Woolsey – Mary Redmayne – Microcells – MS – Netanel Rubin – NTP – Olle Johansson – Perry Kendall – Rafe Mair – RF – Security – Shielding – Smart Cities – Telus – US Cancer Society – Wireless – ZigBee | Vermont, USA] & (video)
1) An excellent presentation about smart cities and smart meters – including details about how smeters can be hacked using the ZigBee chip. Well worth sharing with many.
https://www.youtube.com/watch?v=k2EpY3-kDww (45 minutes)
2) An update to the news article about the hacking of the electrical grid in Vermont that I included in the Dec. 30 update. It has now been reported that the malware/hacking did not reach the grid but was isolated to a single computer. But, as James Woolsey, former director of the FBI said, it’s a matter of when, not if, the grid is penetrated by accident or malicious intent.
3) The telecoms are racing forward with 5G technology, with no thought being given to ensuring that there are no health effects if these new extremely high frequencies and the greater power required to use them. Could the microcells being installed by Telus be to satisfy the need to increase the number of base stations required by 5G?
To fully achieve 5G, carriers and smartphone manufacturers must also figure out how to deliver high-speed data to mobile users who are riding in cars or trains or walking on sidewalks. And the grandest vision for 5G extends far beyond mobile devices—to autonomous cars, connected appliances, and industrial robots.
There are other problems, too. Millimeter waves don’t easily penetrate obstacles such as buildings, and they are more readily absorbed than traditional microwave cell signals by water and oxygen molecules in the air. So they require more power to travel the same distances as the signals from today’s smartphones. Given these issues, using millimeter waves to serve mobile users will require more sophisticated signal processing and a greater density of base stations than are available today.
http://spectrum.ieee.org/telecom/wireless/verizon-and-att-prepare-to-bring-5g-to-market
4) A member recently asked me about the BC Cancer Agency, asking why they have old and incorrect information on their website about RF and wireless devices. Good question and I wish I had an answer. There is nothing on the website that I could find about the recent NTP study confirming that cell phone usage is linked to brain cancer, even though the US Cancer Society called it sound science. I believe the time has arrived for us to demand that the Cancer Agency stop misleading the public and begin to educate them about the risks that so many scientists have found. The same goes for the website of the BC Provincial Health Officer, Perry Kendall. We need some people who will join together to begin a campaign to have truth available to the public on both of these websites. This would be a wonderful project to begin our 2017 push to make this a safer place to live. Anyone with time and willingness to participate? Please contact me at:
dsnoble@shaw.ca with “Update websites” on the subject line.
http://www2.gov.bc.ca/gov/content/health/keeping-bc-healthy-safe/radiation/electromagnetic-fields
5) Below is a letter from Dr. Olle Johansson about “Electrohypersensitivity (EHS) and Multiple Sclerosis (MS) – more about a possible connection”.
6) Non smeter or EMR. A wonderful column by Rafe Mair, a New Year’s letter to PM Trudeau. We must not forget Trudeau’s promise to make science-based decisions. When is he going to start?
http://commonsensecanadian.ca/rafes-new-years-letter-trudeau-time-pm-get-know-bc-real/
Letters:
Info from a member re outages. I suggested a complaint be made to BC Hydro (greg.reimer@bchydro.com) and BCUC (patrick.wruck@bcuc.com). BC Hydro’s service, in just about every category, leaves a lot to be desired.
Our power went out a couple of hours ago and when I called Hydro on their emergency power out line on our land line, they would not accept the call from what they call a ” rotary phone “. We have a push button land line but three times they repeated the question and three times I pressed “1” to the question posed and finally the recording said the above. Our daughter was here so she was able to use her cell phone outside and got through to them and they confirmed that the power was off along the valley and they had deployed a team.
Perhaps this info. is useful for others.
I was really stressed not knowing if it was just us. We have three freezers and two refrigerators quite full. Thank goodness it is on now. One never knows what could be coming down.
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Dear All on my mailing list,
I have had a very interesting realization and insight. For several years, I have tried to help and support a family with an electrohypersensitive 34-year old daughter in Germany, and now I begin to see the light. During the Christmas holidays I have continued my work for them, and we are currently trying to put more and more pieces of their biomedical jigsaw puzzle together.
The daughter’s history goes like this: At the age of eight (in 1990) she developed a claimed sensitivity to the family’s computer/computer screen, later followed by the wireless indoor DECT phone, the mobile phone bought around 1995, and other household installations. Her parents did, however, not believe her at all and tried to get her to let go of these “wrong ideas”, they even scolded her and treated her harshly due to her “imaginations”. She then learnt to hide her electrohypersensitivity, but at the age of 16 her problems had escalated to such a level that it became impossible to continue doing so. She was acutely admitted to the high school nurse who referred her to a university medical doctor who, in turn, examined her and concluded that she had developed an early form of an “atypical MS”, however not presenting the typical initial symptoms of MS (such as tingling, weakness in arms/legs, reduced (or loss of) balance, thinking problems, blurred or double vision, lack of coordination/clumsiness, numbness), but rather skin rashes, cutaneous heat sensations, redness, itch, pricking pain, concentration capacity reductions, short-term memory dysfunction, and irregular heart palpitations. She was admitted into a medical treatment program – including i.a. retarding medicines and cortison – as well as physiotherapy, which all, to the physicians as well as her parents surprise, had no or very little effect on her symptoms.
At this moment in time (around the year 2000), I was contacted by the parents, and they slowly started to reconsider her “imaginations”, especially since her “atypical MS” became much better only when she was rid of the EMF exposure, and they slowly realized that their daughter – all the time since 8 years of age – may have been dead right in claiming her sensitivity to electric installations, such as the computer screen and mobile phone. By shielding their home – which was completed at her 20th birthday in 2002 – as well as allowing her to spend all possible time away from our modern society, her situation gradually became better and better, and now – at the age of 34 – she copes quite well with her electrohypersensitivity, and is about to get a new job and a new place of living in 2017. So hopefully it will end in brightness rather than in darkness.
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The interesting thing with her medical history is that the wrongly proclaimed diagnosis of multiple sclerosis (MS) normally should have been based on demonstrating evidence of inflammatory-demyelinating injury within the central nervous system that is disseminated in both time and space. Diagnosis is made through a combination of the clinical history, neurologic examination, magnetic resonance imaging and the exclusion of other diagnostic possibilities. Other so-called “paraclinical” tests, including the examination of the cerebrospinal fluid, the recording of evoked potentials, urodynamic studies of bladder function, and ocular coherence tomography, may be helpful in establishing the diagnosis for individual patients, but are often unnecessary. Differential diagnosis in MS must be guided by clinical presentation and neurologic localization. While the list of conditions that can mimic MS clinically or radiologically is long, in clinical practice there are few conditions that truly mimic MS on both fronts. A positive test for a putative MS “mimic” does not unto itself exclude the diagnosis of MS. Typical symptoms of MS include discrete episodes (“attacks” or “relapses”) of numbness, tingling, weakness, vision loss, gait impairment, incoordination, imbalance, and bladder dysfunction. In between attacks, patients tend to be stable, but may experience fatigue and heat sensitivity. Some MS patients go on to experience, or only experience, an insidious worsening of neurologic function and accumulation of disability (“progression”) that is not associated with discrete relapse activity. Progression accounts for most of the long-term disability in MS. Diagnostic criteria for MS have evolved over the past several decades, with each revision impacting the apparent prevalence and prognosis of the disorder – the result has been to encourage earlier diagnosis without compromising accuracy.
But the existence of an “atypical MS” improving itself in EMF-reduced exposure situations is not known to clinical science, but may be an important suggestion about something completely different in it’s own right (cf. below).
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As pointed out by Mary Redmayne and myself in our paper Redmayne M, Johansson O, “Could myelin damage from radiofrequency electromagnetic field exposure help explain the functional impairment electrohypersensitivity? A review of the evidence”, J Toxicol Environ Health B Crit Rev 2014; 17(5): 247-58. doi: 10.1080/10937404.2014.923356, from our literature studies a picture began to emerge in RF-EMF-exposed cases namely a greater risk of multiple sclerosis (MS) in a study subgroup; and physical symptoms in individuals with the functional impairment electrohypersensitivity, many of which are the same as if myelin were affected by RF-EMF exposure, giving rise to symptoms of demyelination (thus mimicking MS). Overall, evidence from in vivo and in vitro and epidemiological studies suggests an association between RF-EMF exposure and either myelin deterioration or a direct impact on neuronal conduction, which may account for many electrohypersensitivity symptoms.
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So the final obvious questions, based on the above-referred case of electrohypersensitivity/”atypical MS” must be: 1) can artificial (and natural?) EMFs be one of the causes of MS (up till now there are no acknowledged causes of MS described); and 2) are there actually MS patients that are not, but rather are victims of EHS, thus with an environment as the ‘patient’ to be successfully ‘treated’ … instead of a person?
With my very best regards
Yours sincerely
Olle
(Olle Johansson, associate professor
The Experimental Dermatology Unit
Department of Neuroscience
Karolinska Institute
171 77 Stockholm
Sweden)
Sharon Noble
Director, Coalition to Stop Smart Meters
“Cell phones will probably increase many neurological diseases and brain tumors over the next 10 to 20 years.”
~ Dr. Neil Cherry – Professor of Environmental Health Lincoln University, New Zealand
Sent from my hard wired, safe, non-irradiating laptop.