Robert O. Becker: Cross Currents

also interesting for people is that even the USA government acknowledges that low frequent radio waves are insanely dangerous(in general, there are some exceptions at speciffic low frequencies, like the naturally widely occuring ones and the earths resonance frequency)

this reasearch shows and proves that even exposure to a 100hz radio signal or magnetic field, even at the insanely low power of 5.6mT does already cause severe damage to the dna in only 45 minutes of exposure.
for comparison, this is 1/10th the strength of the earth magnetic field, so 1/10th the strength of the force which normally spins a compas, if you are familiar with a compas, even putting it close to a power cable will cause the needle to turn away from the north since the magnetic field in the cable already is higher. in electronic devices itself it is many times higher even.
or as another comparison, normal headphones(while there is difference with some lower and higher ones, but this still largely excludes the peaks generated by the audio played on it) have a strength of up to around 1500mT and are also weak compared to devices like transformers, chargers, and modern lights(more on those later since they are far more complicated than people think, but that would be a different post, speciffically Led Lights, and TL tubes at low frequency) etc.[1][2].

link 3 is also interesting and somewhat related, while article 3 is retracted, many parts of it still are correct, it just is that in reality the working is far deeper and far more complex than described in article 3 and the wording in some cases might make people draw different conclusions, but cells do send and receive info in radio waves. how intentionally it is of the cells is another story.

We should research how to counteract this in order to protect people against it,
we should also be aware of it and it's symptoms, as well as trying to avoid unneeded exposure and chance devices to be less affected), this is generally needed, we also know it causes many terrible side symptoms, symptoms for which many people these days actuall take tons of medication and for which many people are diagnosed as a chronic disease or similar, while in reality this is one of the big factors behind it, and in many cases reducing or stopping exposure might actually cause those things to slow sly start to heal again, or to just avoid the symptoms at all. like leon mentioned, things like depression and cancer get heavily stimulated by it, and so increased odds and increased severety. next to that, many people also get a feeling like a fog or a mist in the mind, or sometimes body, the inability to focus(not to be confused with being easily distracted, instead just not being able to focus and forgetting thigns), also getting extremely tired or weak are common side effects, and also sometimes making seeing harder like even if you see well there is some kind of waze at some moments despite being capable of seeing well, and next to that a loss of bodily controll where controll gets more lazy like, so you can still controll it, but like a weakened numbed very lazy feeling or seeming version.

some ways to fix it

• stabilize ADC the signal with a capacitor(required first convertion the AC into DC which results in ADC(pulsing DC) add a capacitor and optionally some other parts to filter it like a resistor or inductor of the right value so that it cancels the pulsing. another way which is more complex is to add a capacitor and after that a IC which acts like a PWM digital resistor and sends the DC signal at a much higher frequency instead of a ultra low frequency.
  
• Use a higher frequency, while some high frequencies are also very bad, for typical home apliances increasing the frequency by quite a bit but not to much is better, as a example the arduino uno uses a pwm frequency of 490.20HZ(490HZ) and 976.56HZ(977HZ) by default, these frequencies are generally concidered safe, or atleast many times safer than the frequencies mains voltage uses(50HZ to 60HZ), this is also why a light attached to a arduino uno feels much nicer than a light attached to mains voltage(the light emited not touching the light when it is powered on). when using components which might make sound you would want to use even higher frequencies above 30khz however since otherwise you will get a annoying noise. PWM has a second advantage in that it's duty cycle high end and low end are changed to give the value, this means that almost always the high end and low end will be out of sync, so at different frequencies, this reduces the resonance effects in general also making it safer.
  
• use less powerfull devices, especially lights, a balanced light will feel much lighter, so you can use a balanced light which already limits the problems, but also run it at a way way way lower power output, in lights this is especially true, since when made right a 20mw(0.020W) Light can easily light up a entire living room to levels where even elderly people could read a book(crystal refracted modified led was used in this test, it actually remained readable even at much lower wattages, it won't look like one of those super bright lights(which can actually be so bright that they make things seem darker sometimes, the flickering also makes reading harder, so reading under that 20mw led can be more easy than reading under a normal 4000mw led but will be more than light enough and saves insane amounts of power)
• cable management, try to take care of where and how you put cables as well as proper grounding, the same goes for electric devices even though they might be harder to plan out where to put, it can be very usefull to place them places where they won't affect you to much unless needed.
• get electronics which are stabilized and/or use better drive frequencies.
• use a different frequency for mains voltage, either higher(which also allows to pass more power through the same cables(until capacitance and induction and such start playing to much of a role). or use a generally safer frequency. there are also some safe low frequencies, they are harder to find but they are there, for example some low frequencies naturally occur a lot and some of them can be safe, also some frequencies can actually be good for you or speciffic aspects, for example high voltage at speciffic frequencies has in the past been used on speciffic army schools to make students more intelligent and more capable of learning(cables in walls not on people), ofcource by now they don't want soldiers to be smart or such anymore but we are talking about more back around the world wars and silent war and such. this was however backed by even up until right now the most influencial scientists like einstein and nikola tesla
  

[1] www.ncbi.nlm.nih.gov/pmc/articles/PMC3897901/
[2] mynewmicrophone.com/are-the-magnets-in-headphones-earbuds-bad-for-you/