I know there are many who are much knowledgeable than I on this subject, but I still cannot help but raise my opinion anyway. If nothing else, I know when I’m wrong and don’t brood on it.
The terms of levels of radiation from masts and phones by those who set the standards were thinking solely on the RF levels. 30 dB below the signal means 1000 times less harmful according to the authorities. I compare this with the FM radio. If we are on the edge of the transmitter’s range, we get exactly the same level in the speakers near the station, even if it differs by 30 dB in the antenna. This, as you may know; due to the frequency variation is detected. The RF signal carrier is cut to enable the radio to work with a fairly even level. The cutting is in principle done in two anti-parallel connected diodes.
Since the body is made up of semiconductors and liquid crystals, one can imagine that the same clipping occurs there? A part of the importance lies in the signal strength. It is the same as in FM radio, the modulation is important. If one lowers the carrier level by 30 dB, which is the case in many countries which includes Cyprus. Does it have the same effect on the brain?
A couple of observations
25 years ago people were frequently scraping insects and blood from their car windscreens. There were plenty of small birds and all outdoor cafes were swarming with sparrows begging for crumbs. GSM came as cellular network and the insects and small birds were still there. Then came 3G. Then both insects and small birds disappeared over a summer. Now you can drive for 100 miles on the Swedish roads on a sunny summer day without having to scrape off a single insect. I have heard that the house sparrow is now an endangered species in the UK. Could it be that 3G is killing the insect embryos? Without insects we have no small birds.
During my career I worked with industrial microwave heating. The largest plant generated 2 x 25 kW / 915 MHz. Other generators could be 1 to 5 kW. We used fluorescent lamps to see if there were microwave leaks. We also tested with our hands if there was power. We thought at the time that the only effect of microwaves was warming and that when the microwaves were closed there was no effect. Compare with the safety regulations of 1948. These microwaves had no modulation. They were merely ‘carriers’ which transported energy through suitable applicators.
Then there’s the thermal effect from the mobile phone we can forget. We can without danger heat the entire body; including the head, with two degrees to 39 ° fever without it counting as life-threatening. The head has very effective cooling system through the blood circulation and you don’t need not be particularly good at math or physics to arrive at the fact that the small battery is not sufficient for heating. This battery can power a phone for several hours between charges. Because of the efficient cooling, it is also difficult to imagine spot heating. Then there must be other effects. What are they? In the brain are lots of servers, semiconductors. These servers communicate through 160,000 km fibres, 4 times around the earth. (See National Geographic, no. 3 -2014). What kind of fibres? Structured water? Everything that happens in the body is electrical. Can the electrical communication be interfered by extraneous electromagnetic fields? The brain is in many ways well protected. It can handle medical electric shocks of up to 400-500 volts. It can also withstand a football coming from the sky, and headed on. Boxing is another way to destroy the brain. With how many km / h can a strong boxer strike?
Here my thoughts end for today.
