And unless you have the proven facts it is only your own supposition.
The truth is that there is no ABSOLUTE proof of what you infer. (I
know how to use the CAPS LOCK key as well!)

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Horseshit.  Not far from your home is a 316,000 watt VHF TV station, a
25,000,000 watt UHF TV station, up to a 50,000 watt AM radio station, up to
a 100,000 watt FM radio station, paging transmitters running ERPs into the
multikilowatt ranges on VHF and UHF.  Are you near an airport?  With their
megawatt microwave radar transmitters?  Near any military?  Their running
multi-megawatt troposcatter phone transmitters.

A friend of mine died a couple of years ago.  His name was Linwood Sikes,
amateur radio call N4LS.  Linwood was in his 90's.  Since he was a boy,
around World War I when radio came into its own, Linwood was an amateur
radio operator (a "ham", the nickname for Hiram Maxim who started the
Amateur Radio Relay League (ARRL) back in the teens).  Being a ham, Linwood
had been exposed to high powered transmitters, right in his home, all his
life.  I have since I got my license in 1957.  I was 11.  Linwood died in
his 90s of old age.  He also put the first radio station in Charleston on
the air, traveled around the country for airlines putting them on the air
("Alameda calling China Clipper" from the movies).  Linwood, after WW2,
opened Sikes Radio Company, our local Motorola 2-way radio company his son
still runs today.  He was a broadcast engineer exposed to a multitude of
radio and television transmitters, most of which back in the "old days"
didn't even have a cabinet on them, to say nothing of some kind of RF
shielding.  Linwood died of old age in his 90's.

Sitting on my desk is a vhf/uhf walkie talkie I've used on the ham bands
for 20+ years.  It runs 7w on VHF and 5W on UHF.  I hold it right up in
front of my face and talk into the microphone.  There's a 1,500 watt ham
radio station on the desk whos antenna is right over the top of me.  If I
key it with this computer on, it trashes the computer at full power.  Does
your phone with its puny .2 watt transmitter?  Of course not...no power!  
Hell, the cell has trouble hearing that peanut whistle!  Go to my webpage
on qrz.com.  Browse to http://www.qrz.com/ and in the little callsign box
enter W4CSC, my ham radio call.  My ugly picture comes up grossing everyone
out, but look at it anyway.  See that little 300,000v ceramic insulator in
my hand?  It exploded right over my head when hit with 70,000 watts near 7
Mhz from a pirate radio ship the FCC finally confiscated here in
Charleston.  Too much RF voltage.  It was part of the feed through
insulator that fed the 70KW RF through the hatch to a T antenna between two
towers welded to the deck.  Fed with unterminated open wire feeders from an
old Voice Of America transmitter in the hold.  
(http://hawkins.pair.com/voanc/voanc07.jpg  is the actual image address of
this transmitter.)  Everything in the compartment glowed an eerie blue from
the power present that didn't make it up this insulator.  Me, too!  Totally
cool...(c;  I was just a guest of the ship's captain during the test.  The
ship belonged to a nutcase, Rev Stair of Overcomer Ministeries in
Walterboro, SC, you can hear on short wave every night.  Hold your wallet
and visit http://www.overcomerministry.org/ He talks directly to God!...(c;

Most people have never seen a serious broadcast beast that's frying their
brains.  Go to Jim Hawkins' broadcast museum and have a look around:
http://hawkins.pair.com/radio.html
It's the finest broadcast transmitter site on the net.  The VOA runs
500,000 watts from Ohio and Greenville, NC.  I've been to NC to tour it.  
Amazing power since WW2.

I'm still alive and nothing seems fried.  I'm 60 in January if I survive my
V60i's intermittent pulse transmissions...(c;

Now, let's talk about the REAL reason for all this panic.....M-O-N-E-Y!

Back in the AMPS days, cellular phones ran 3 watts of power on 800 Mhz and
noone got fried.  The brick handhelds ran 600 mw because they wanted the
little batteries of the day to last longer than 15 minutes..not much
longer, but longer than 15 minutes.  They sucked because the system was
incomplete at worst and setup for 3w car antenna transmitters with towers
10 miles apart.  Then cellular exploded in popularity.  In cities, you
could hardly use it because the system was totally overloaded, even at
$1.50/minute!  The solution?  Closer spaced cells with much lower antennas
(100') that didn't have the range of the 500' AMPS beasts of old.  You may
still see some 500' cellphone towers around your neighborhood but now with
antennas way down the tower, not at the top.  The new antenna panels,
you'll note, actually point DOWN at an angle, to keep them from hearing the
phones in the next cells over from them.  Take a look.  Every cell sector
has several hundred channels on them.  There's 3 sectors on each cell 120
degrees apart.  (See the three panel arrays pointing in different
directions?)  More, lower powered, lower down cells meant that many extra
"channels per square mile" that could be running up those minute meters.  
The companies kept building in cities making fat revenues from all the
minute meters per square mile clicking away.

But, alas, those 3W cars, in spite of how we pointed the panels, kept
occupying way too many cell sectors every time they went on the air.  You
were talking on this cell, but were jamming that channel on 8 other cells
we could be makin' money off of at the same time.  The solution?  Dump
mobile cellphones and bagphones with 3W transmitters and come out with a
much smaller phone called the "flip phone", an AMPS phone with a 600 mw
(.6w) transmitter.  It sold like hotcakes to bagphone users luggin' around
the high powered monsters or to people who had to leave their phone access
in their cars.  The flip phones had poorer antennas, too, which helped
reduce their range to only a couple of cells.  The buildout continued as
the complaints of dead zones kept rollin' in.  3 miles from a tower, flip
phones sucked.  In the country where towers were 10 miles apart, they
really sucked.  Sales dropped off and bagphones were put back on the air.

Then came "digital".  Around the time of digital, a propaganda campaign
rivalling The Third Reich's was instigated.  "Cellphones are terribly
dangerous and will fry your brains, cause you cancer, your eyeballs will
fall out!"  Isn't that convenient?!  Just when we're gonna sell 'em all new
digital phones that will let us put 24 people on each sector channel, we'll
convince them those awful "high-powered" phones are just frying the kids!  
The paid hacks lined up to tell you how dangerous your tiny 600 mw flip
phone that never killed anyone was.  The gullible, stupid public, as usual,
bought it hook line and sinker.  So, we came out with a SAFER, more
profitable transmitter that only put out 300 mw....then 200 mw....now 150
mw...or less in the future.  Because the tiny transmitters only have a
range of about a mile or so, OUTSIDE in the clear, more towers, more cells,
more sectors-per-square-mile were erected, only in the cities and along
major roads connecting them, the Interstates.  Now with 24 users per
channel, with transmitter powers the COMPANY controls with CDMA's data, we
can turn 'em down to just a few milliwatts so they only hit one or two
sectors, and only then in the overlap between two minicells.

Revenue per square mile couldn't be better!  We can even drop the prices on
minutes because our competitors did.  

An we lived happily.....and safe from those big 3w transmitters....ever
after.....(c;.....er, ah, unless you wanna use your phone inside a building
2 miles from the nearest cell....(d^:)