The best and simplest way to read the journal is
to start at the beginning and read the headings and captions of
each photo in order. The journal will lose it's purpose if it is
only quickly scanned in favor of looking at the photos. The whole
point of this journal is to tell a story with the photos.
Please take your time and take it all in.
Over many years I have taken hundreds
of Morgellons photos, collected data and even done a few
experiments. Thanks to a Morgellons friend of mine
who offered to help me with this new website I am finally putting
together all of my work in one place.
I am just a person with Morgellons
Disease who has been on a quest for answers for a long time. I
have no answers for easy cures. I am still trying to understand
all of the Morgellons complexities myself. I don't pretend to know
all of the answers. I can only express my observations and and
conclusions from my own perspective. If anyone from the
medical research profession would like to come forward and offer to help
and further our understanding about Morgellons, it would be a great gift.
I know that each of us may have
similarities as well as differences in how this disease presents itself.
I am interested in hearing what other Morgellons sufferers have observed
and will consider posting their photos and other relevant
information at this website.
Morgellons particles are extremely
tiny. Most cannot be seen with the naked eye. Although they are
microscopic particles, many are of great complexity. These tiny
particles are the cause of serious physical harm.
This microcosm of evil
can easily be viewed with a microscope. Refer to the photos of common
Morton table salt (below) as you view the photos to get a size
perspective of this tiny hidden world.
Salt
Crystal for size comparison 200Xmagnification
Salt
Crystal for size comparison 60Xmagnification
A
note about all of my Morgellons butane burn experiments.
Photos above are of
Owens Corning fiberglass insulation which I melted using the same
butane torch I used in all Morgellons fiber tests. The
temperature of the butane flame is 1400-1700 degrees.
