News ID: 253608
Published: 0951 GMT June 01, 2019

Is 5G safe for your health?

Is 5G safe for your health?

The UK government is adamant that 5G is safe.

It's the same view from every health care body, regulator, and otherwise officially accountable organization that would be liable if 5G was found to cause harm, Sky News reported.

But that hasn't convinced everyone.

One UK parliamentary petition with more than 29,000 signatures has called for an independent inquiry into the health and safety risks of the next generation of mobile technology.

The government turned down the request, noting there are multiple such enquiries constantly taking place in the UK and internationally to monitor whether electromagnetic radiation is harming people.

That won't comfort those who suspect the government of covering up harms, however.


Why would 5G cause harm?


To understand whether 5G is dangerous, we really need to have a quick look at what it is and how it works — and to do that we need to understand electromagnetic radiation.

The electromagnetic spectrum is natural. A portion of it will be very familiar to readers in the form of visible light, running from infra-red at the lower frequency end to ultra-violet at the higher end of the visible spectrum.


Electromagnetic radiation is measured in frequency and wavelength. Radiation at lower frequencies and longer wavelengths than visible light is known as the microwave and radio-wave part of the spectrum.

Mobile phones communicate with base stations which receive and transmit radio waves in this part of the spectrum.

5G is just a newer part of the spectrum being used — the portion from 22Ghz to 86GHz, which is still way short of the ionizing part of the spectrum.

This radiation is known as non-ionizing because it is incapable of breaking molecular bonds, knocking off electrons from atoms for instance, and causing the molecule to have an electric charge.


Is non-ionizing radiation completely safe?


While non-ionizing radiation is weaker than the ionizing kind, there are suggestions it is still capable of altering the body.

Claims that it could cause cancer in the ways that ionizing radiation is known are based on a misunderstanding of the science.

The UK’s National Health Service (NHS) stated there has been an enormous amount of scientific research into the health effects of mobile phone use since the 1990s.

None of this research has supported claims that suggest mobile phone radiation is similar to the more dangerous forms of the ultraviolet waves, X-rays and gamma waves.


This is the electromagnetic spectrum as detailed by NASA.


What happens when the body is hit by radio waves?


When radio waves hit the human body they are absorbed by the tissues there and simply turned into energy.

Scientific research has not shown that radio waves alter the molecular structure of any of these tissues.

They are capable of raising the temperature of these cells by 0.2 degrees Celsius, but this is equivalent to a natural increase during exercise, and it is not considered a health risk.

"Large reviews of published research have concluded that overall the evidence does not suggest that radio waves from mobile phones cause health problems," the NHS states, although it adds that further research is needed when it comes to long-term exposure.


So could it be harmful?


Theoretically it could be harmful, yes — but then so could all radio wave radiation over long-term exposures, but that is simply because the studies so far have been inconclusive.

Cancer Research UK notes that despite the fact that ownership of mobile phones increased around 500 percent between the 1990s and 2016, the incidence of brain tumors only increased by 34 percent — something which they attribute to better detection and reporting.

It is often noted that the International Agency for Research on Cancer classified mobile phones as a "possible cause of cancer" in 2011, but this followed a series of scientific reports which were not considered conclusive.

It is certain that the non-ionizing radiation used in these portions of the electromagnetic spectrum are incapable of directly causing cancer.






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