Posted by Phyllicia Hutchinson on
URL: https://www.es-forum.com/ELECTO-SENSITIVITY-TO-COMPUTERS-TV-AND-OTHER-APPLIANCES-tp1542186.html

I have discovered, through using applied kineseolgy techniques
that placing a D battery, flat side down, on the computer, monitor,
TV, etc., will eliminate electrosensitivity to these things, for most
people.

I test people before placing a D battery on the TV, by muscle
checking, to see if the TV weakens them. It almost always does.
Then, I place a D battery, flat side down (negative side down) on top
of the TV, and recheck them. In almost all cases the TV will no
longer weaken the person. I do the same thing with computers,
monitors and other electric appliances, and get the same results.
(Sometimes I use black electrician tape to hold the battery in place).

The only exception I have found is with a Micro wave oven. On this
applicance I place the D battery on top of the oven lying down on its
side with the negative end of the battery facing outward, toward the
person. I have no idea why this is so...that's just the way it no
longer weakens a person.

When we lived in North Carolina, a TV tower was built about five
miles straight out from our bedroom. This caused a great deal of
dis-ease for me. It didn't seem to effect my husband as much as me.

We had to move into another bedroom. In this other bedroom we removed
the wall board and nailed up chicken wire and then ground the chicken
wire to the ground wire in the wall outlet. We then had the wall
board replaced. This may seem drastic, but it worked. My health
improved dramatically and sleeping at night became peaceful and
restful again. We didn't remove all of the wallboard, just about
40 inches from the floor...Whatever the height of the chicken wire was.

The reason we couldn't do this in our bedroom was because there were
double French windows and double French doors, on the wall between our
bed and the TV towers. I couldn't figure out a way to put up chicken
wire when there was no wall board in which to enclose it.

Phylliciah