Sam here and this goes much deeper than i ever thought.

;)

@uberwaltz, ......we're all in for it, aren't we!

@ Sam, your conclusions may be a little premature, but you’re essentially on the right track. And there actually are "dangerous" amounts of EMR, 5G, WIFI and other things in the ordinary home. In a sense it’s actually worse and more involved than you might think.

There’s a guy in Tunica, Ms that has been going down this track for some time now. His name is Alan Maher and you can find him at alanmaherdesigns.net. His company has 3 divisions to it that are all essentially based on the same tech, just different apps. Home audio, health and pro audio (Alan is also a mastering consultant and has worked with a variety of artists and is a live-sound engineer as well as a building biologist and grounding expert).

I’ve been dealing with Alan for more than a decade now and I’ve dropped some coin on him over the years...to the tune of $13k, currently. I’ve joked with him that I’m thinking of claiming him as a dependent. But no worries, you wouldn’t have to spend anywhere near that to hear a difference with your music. Most of his filters are roughly around 1 or $200, or even less. But, if I ever thought I was getting a bad product or bad service I think I would’ve found it by now.

But my point is, he also has filters that treat the health aspect that you’re already onto, as well as for sound. Many of his filters do both at the same time. Alan’s approach is to treat electrical noise at the source...the components, the appliance, the breaker box, etc, etc. But, it also keeps costs down and filter effectiveness up. He’s using the meters, too, of course and that has a lot to do with how he can accurately come up with comprehensive specs for his filters (you will notice that few if any other companies in the electrical noise reduction arena are doing that - that’s because most all of it snake oil [and I use the word advisedly]). But, for my money, Alan seems to be the real deal.

If you want, you can email him or phone him if you call between 8:00 and 4:30 on weekdays. He doesn’t have an answering service, so if you call at night, you’d be waking him up. But, I would tell him your situ and I’m sure he can tell you what he can do.

A  Farady cage just wouldn't work in any case, sure it blocks noise from outside the room (or house, if you're so determined), but it traps those nasties that originate from within the room, and keeps them inside the room itself. Most of the time (depending on your particular locale), the noise inside the room may be worse anyway. 

There are far better ways to deal with all that, but like most things audio, we don't feel like we have much of a basis for being able to put any real faith into an audio idea or tech, until we have heard the difference it makes for ourselves.

My my, so many posts being removed...

Where IS he??? Should I be beginning to get a little worried about that li'l booger...??      Or maybe he got a job as a Mod...

Ok, but if you insist on having minds blown by it, then consider this:

Wifi is a way of sending power (watts) over a given distance through the air, right? And this power is transmitted in the form of microwaves.

Let’s look at a hypothetical. Let’s say you wanted to power your microwave oven wirelessly. Let’s say you have a wireless sending unit for the power that’s needed on the counter on one side of your kitchen and your microwave oven is on the other side of the room. Only, the thing is, transmitting the needed power across the room will consume about 50% more energy than the device needs to operate. Sending power through the air is a very inefficient way to move electrical power, air is normally considered an insulator. IOW, your 1000w microwave oven will require that 1500w be sent through the air to run it. So let’s put that into motion. Your oven will indeed work, but, tell me - how safe does anyone think they will be standing in a room in which food on the countertop begins to heat up and metal objects in the room begin to arc...now that you’ve just turned your kitchen into a 1500w microwave oven.

Obviously wireless technology is going to have to be limited to very low levels of power in order to remain safe. But, the question is then two-fold: 1) How do we determine what a "safe" level of microwave exposure is, and 2) Who are we going to fully trust with setting that limit - the wireless industry that can make far money the higher that limit is, or the government that is lobbied hard by that industry?